Podcasts about oxides

Ionic Rare Earths Ltd (ASX:IXR) managing director Tim Harrison joins Jonathan Jackson in the Proactive studio as the company sets itself to become the first ASX-listed company to produce magnet rare earth oxides (REOs) from recycled wind turbines. Harrison highlights the company's journey towards becoming a major producer of recycled separated magnet REO, a milestone that positions IonicRE as a frontrunner in establishing a sustainable supply chain outside China. IonicRE's innovative approach targets the recycling of permanent magnets from decommissioned wind turbines, a market that is rapidly expanding, particularly in Europe. The company's Belfast Demonstration Plant is making significant strides in magnet REO production, with a focus on the processing of NdPr/DyHo separation following the successful creation of mixed REO products. In 2023, the European wind energy sector saw the decommissioning of 736 MW of power across nine countries, indicating a substantial opportunity for IonicRE's recycling initiative. With more than 3,000 wind turbines in Ireland alone, IonicRE is at the forefront of delivering a secure, clean and green supply chain, crucial for the wind farm industry and broader renewable energy sectors in achieving global decarbonisation goals. #ProactiveInvestors #IonicRareEarths #ASX #RareEarthElements #CriticalMinerals #invest #investing #investment #investor #stockmarket #stocks #stock #stockmarketnews

Hydration matters: The interaction patterns of water and oxide crystals revealedTranscript of this podcastHello and welcome to the NanoLSI podcast. Thank you for joining us today. In this episode we feature the latest research by Keisuke Miyazawa at the Kanazawa University NanoLSI.The research described in this podcast was published in Nanoscale in July 2023 Kanazawa University NanoLSI websitehttps://nanolsi.kanazawa-u.ac.jp/en/Hydration matters: The interaction patterns of water and oxide crystals revealed.https://nanolsi.kanazawa-u.ac.jp/en/highlights/28428/ In a study recently published in the journal Nanoscale, researchers from Kanazawa University and AGC Inc. use three-dimensional atomic force microscopy to study the hydrated form and structure of commonly occurring oxide crystals. While sapphire and quartz are oxide crystals used in a wide range of industrial applications, the atomic-scale structures of these materials are not well understood. The major chemical components of sapphire and quartz are aluminum oxide and silicon dioxide, respectively. These components have a high affinity for water, which affects the chemical reactivity of the crystals. Thus, a thorough knowledge of the water-binding properties of these oxides is important for further innovative applications. To date, traditional microscopic methods have only provided insights into the two-dimensional topography of their surfaces. Now, a research team led by Keisuke Miyazawa from the NanoLSI at Kanazawa University has developed three-dimensional (3D) microscopy technique for a detailed study of the interaction of the surfaces of these materials with water.So how did they do it?The team started by looking at the surface structures and its hydration structures of sapphire and α-quartz in water. For this, they used an advanced form of microscopy known as 3D atomic force microscopy (3D-AFM). Oxide crystals usually have hydroxyl (OH) groups, which are the main “water-binding” molecules, closely linked with the oxides. Hence, the team studied the OH groups and its hydration structures on both crystals when immersed in water. They found that the hydration layer on sapphire was not uniform because of the nonuniform local distributions of the surface OH groups. On the other hand, the hydration layer on α-quartz was uniform because of the atomically flat distributions of the surface OH groups. When the interaction force of these oxides with water was subsequently measured, it was found that a greater force was required to break the water-crystal bonds in sapphire than in α-quartz. Lastly, it was also discovered that this affinity was much higher in regions where the oxides were in close proximity to the OH groups. This study showed that the hydration structures of oxides are dependent on the location and density of OH groups, in addition to the strength of the OH groups' hydrogen bonding (the chemical bond used to bind to water). What's more, it was successfully shown here that 3D-AFM can be used in unraveling the interaction of water with several surfaces, a potential avenue for understanding solid-liquid interactions better. “This study contributes to the application of 3D-AFM in exploring atomic scale hydration structures on various surfaces, and hence, to a wide range of solid–liquid interfacial research fields,” conclude the researchers.   ReferenceSho Nagai, Shingo Urata, Kent Suga, Takeshi Fukuma, Yasuo Hayashi and Keisuke Miyazawa. Three-dimensional ordering of water molecules reflecting hydroxyl groups on sapphire (001) and α-quartz (100) surfaces   NanoLSI Podcast website

OpenAI's large-scale language-generation tool ChatGPT may have been used to draft some content in this episode and some of the show notes of this episode. StudySquare Ltd has adapted the content, and the publication is attributed to StudySquare Ltd. This episode is a general guideline for information and not a specific tutorial for any specific syllabus; therefore, it should not be relied upon. StudySquare Ltd and any people involved in producing this podcast take no responsibility or liability for any potential errors or omissions regarding this podcast and make no guarantees of any completeness, accuracy, or usefulness of the information contained in this podcast, its structure or its show notes. The problems or questions in this episode might not appear in exam papers.The content in this episode might be more relevant to learners in the United Kingdom. Laws, educational standards, and exam requirements may vary significantly from one location to another. It's the listener's responsibility to confirm that the material complies with the requirements and regulations of their local educational system. If any content of this episode does not comply with your local regulations or laws, please discontinue listening and consult with your local educational authorities.Any references to experiments in this episode are for information purposes only and do not allow any listener to perform them without proper guidance or support. Experiments or practical work mentioned during this episode should not be attempted without appropriate supervision from a qualified teacher or professional. Additionally, the information provided in our podcast is not medical advice and should not be taken as such. If you require medical advice, please consult a healthcare professional. This episode is provided 'as is' without any representations or warranties, express or implied.This episode covers the following:• Strong and weak acids• Carboxylic acids• Bases and alkalis• Brønsted-Lowry acids and bases• Oxides in water• Page for this topic: https://studysquare.co.uk/test/Chemistry/Edexcel/A-level/Acids-and-bases?s=p• Trial lesson (terms and conditions apply): https://www.studysquare.co.uk/trial?s=p-/test/Chemistry/Edexcel/A-level/Acids-and-bases• Privacy policy of Spreaker (used to distribute this episode): https://www.spreaker.com/privacy

In this short podcast, Bryan talks about oxidation and all the buzz behind “magical air-cleaning oxides” and other similar IAQ products. Oxidation is the loss of electrons, and reduction is the gain of electrons; oxygen commonly loses electrons. Rusting is a common example of oxidation; it happens when iron and oxygen interact in air or water. Metals that are more likely to react with oxygen (or corrode) are “less noble” than more noble metals. Less-noble metals, known as anodes, are sometimes used sacrificially to prevent the oxidation of nobler base metals, known as cathodes. While iron oxidation results in corrosion, some IAQ products use the process to bind oxygen molecules to unwanted substances. The IAQ products that use oxidation use the natural tendency of oxygen to lose electrons when bonding with other molecules. Ozone is a common agent of these IAQ products because an ozone molecule is very unstable and has three oxygen atoms, meaning it combines with other molecules via oxidation; it stabilizes other unstable molecules. Ozone, however, also reacts similarly with cells in our respiratory system and can cause irritation.  In our industry's efforts to reduce the negative effects of COVID-19 viruses, oxidation has generated a good deal of interest. Nowadays, some IAQ products use smaller amounts of ozone or use activated carbon to catch ozone before it enters the conditioned space. Many manufacturers that use oxidation as a strategy use other ion-based oxidizers, just not ozone. Some of these oxidizers can break pollutants into aldehydes and other chemicals that may harm our bodies.   If you want to learn more, you can read Oxidizers and What It Has to Do With COVID-19. Learn more about the HVACR Training Symposium or buy a virtual ticket today at https://hvacrschool.com/symposium. If you have an iPhone, subscribe to the podcast HERE, and if you have an Android phone, subscribe HERE. Check out our handy calculators HERE.

Many industrial processes require heat or create it as a by-product. Now, Takayoshi Katase from the Tokyo Institute of Technology has found a way to harness this heat in an eco-friendly way, as he explains in an interview with MRS Bulletin podcaster Laura Leay. One way to harness this heat is to use thermoelectric devices to produce electricity via the Seebeck effect. Conventional thermoelectric materials, however, are composed of heavy metals such as lead and tellurium, which are toxic. To incorporate hydrogen into the structure, and so replace the toxic elements, Katase's research team used a rapid thermal sintering process where the starting material—which already includes the hydrogen—is sealed inside a tube. Some of the oxygen sites in strontium titanate are then substituted by the hydrogen. “More than expected, the hydrogen substitution reduces thermal conductivity less than half, and also increases electronic conductivity, resulting in the large enhancement of energy conversion efficiency,” Katase says. This work was published in a recent issue of Advanced Functional Materials. 

Little research has been done on the magnetic properties of high-entropy oxides, a challenge taken up by Alannah Hallas at the University of British Columbia in Canada, interviewed by MRS Bulletin podcaster Laura Leay. Hallas's research group began by choosing five elements that would be magnetic and combining them in oxide form, rendering a spinel structure for further experimentation. To understand how progressive substitution of the magnetic metal cations with non-magnetic gallium would affect the magnetic properties of the spinel, Hallas found that Ga substitution led to precise control of the configurational entropy, which may help to stabilize the spinel structure. Manganese, cobalt, and iron were redistributed throughout the structure whereas nickel and chromium were unaffected. Ga substitution led to the ability to tune the magnetic properties of the material in some unexpected ways that the research team calls “entropy engineering.” The ability to tune the properties may have applications for energy and data storage, for example, and could lead to more sustainable technologies. This work was published in a recent issue of the Journal of the American Chemical Society. 

Recording date: 28th June 2023In this insightful discussion, Hayden Locke, CEO of Marimaca Copper, sheds light on the contrasting properties of oxides and sulfides within the copper industry. They explain that copper mineralization initially begins as primary sulfide mineralization, which is present in geological deposits. As meteoric surface water interacts with these minerals, they undergo transformation and become oxides. Oxides are typically found closer to the surface or in near-surface locations, although they can also exist undercover in large deposits. The distinguishing factor between oxides and sulfides lies in their processing methods and eventual utilization.Oxide copper species, for the most part, are leachable and can be dissolved using acid or weak acid solutions, resulting in efficient recovery of copper ions. Conversely, sulfides do not leach easily, necessitating a different treatment approach. The sulfide minerals need to be ground and separated from other minerals to produce a concentrate. Another significant disparity lies in the final products of these processes. Oxide projects yield high-purity copper cathodes, while sulfide operations generate concentrates that are subsequently sent to smelters for further processing into various copper products.Marimaca Copper's CEO further discusses the presence of secondary sulfide minerals such as chalcopyrite and covellite within their deposits. These materials can undergo a longer leaching cycle, resulting in lower recovery rates. While oxide deposits can be relatively large, their economic viability and scale differ from sulfide projects due to variations in capital costs. Overall, understanding the differences between oxides and sulfides is crucial for effectively navigating the copper industry and optimizing resource utilization.

This month, we discuss Goodfellow's upcoming appearances at events in June, including Space Comm in Farnborough on the 7th and 8th and the Advanced Materials Show on the 28th and 29th at the NEC in Birmingham. Head of Offer, Nicolas Pecheur, discusses the latest products, including Rare Earth Metal Oxides, available from Goodfellow, while Dr Aphrodite Tomou talks through the applications of these materials.More information: Hosts: Mark Daniels, Dr Aphrodite Tomou and Nicholas Pecheur Find out more about Space Comm: www.space-comm.co.uk Goodfellow Cambridge Ltd: www.goodfellow.com Ask the panel a question: marketing@goodfellow.com

¡No te oxides! Escucha el programa viernes 9:00 am CDMX 17:00 España con nuestra invitada Eugenie Hiit (Eugenie Martínez Sacre) que nos platicara sobre conceptos e ideas que nos pueden ayudar a cuidarnos!

¡No te oxides! Escucha el programa viernes 9:00 am CDMX 17:00 España con nuestra invitada Eugenie Hiit (Eugenie Martínez Sacre) que nos platicara sobre conceptos e ideas que nos pueden ayudar a cuidarnos!

Comedians attempt to discover the latest news on radiation sources for bending magnet beamlines, creep behavior and degradation of high-temperature materials, cleavage of crystals, high derivatives of motion (like jerk, snap, and crackle) and what all these have to do with toughness and fracture surface energy.

References JLR 2014 55(6) Pages 1165-1172. JLR 2018 59(6): 1058–1070. --- Send in a voice message: https://podcasters.spotify.com/pod/show/dr-daniel-j-guerra/message

Commercial metal oxides used by Potters to colour their work are some of the most environmentally harmful pottery materials. However, Potters can circumvent these supply chains by making their own metal oxides from recycled metal! In this episode, we explore the process of making Iron Oxide (rust) and Copper Oxide (verdigris) from scrap metal and how Potters can use these homemade colourants in their work. The course mentioned in this episode: https://www.oxfordclay.co.uk/shop/p/make-your-own-metal-oxides-from-recycled-metal-mini-course The book mentioned in this episode: https://www.oxfordclay.co.uk/shop/p/eco-consciouspotteryglazingebook Resources for Potters:Download the Free How to Make a Pottery Glaze Workbook (suitable for beginners): https://www.oxfordclay.co.uk/how-to-make-a-pottery-glaze-workbook Download the Free How to programme an electric kiln for bisque and stoneware glaze firings (includes full kiln firing schedule) https://www.oxfordclay.co.uk/how-to-fire-bisque-and-stoneware-kiln-firing-schedule Oxford Clay website resources for Potters: https://www.oxfordclay.co.uk/resources-for-potters Pottery eBooks: https://www.oxfordclay.co.uk/shop/ebooks Pottery Paperback Books available from amazon: https://www.amazon.co.uk/Katherine-Tomlinson/e/B0B1CKC9X3?ref=sr_ntt_srch_lnk_1&qid=1662270837&sr=8-1 Video mini-courses for Potters: https://www.oxfordclay.co.uk/shop/courses Oxford Clay blog: https://www.oxfordclay.co.uk/blog-1

2022 flew by, didn't it? 2023 is already in the swing of things and it's always good to be on the lookout for the next trend. In this new episode of Tatter-a-fact® I tell you what I think is going to be the next industry trend. Plus, it can be fun to take a gamble at predicting the future! So, what do I think is going to make a splash during 2023 for the world of PMU? This episode: my predictions for Needles and Pigments.

In the first episode of Tatter-a-fact® season 3 and of the New Year, I'm joined by Michelle Heffner out of Maryland via Zoom! Michelle and I are both incredibly passionate about color theory and in this brow-centric podcast we talk about color theory as it pertains to PMU! We discuss the most challenging skin to work with, organic vs inorganic pigments, and the perks of having a limited color palette. This podcast is insanely informative, so grab your notepad and a snack and let's get started!

Rooster Talk Episode 159 is with Barry Cahill, Executive Director of Cyprium Metals Limited (ASX:CYM)   In this episode with Cyprium Metals Limited we are talking about the recent announcement - USD35M Secured Offtake Prepayment Facility for Nifty Copper Project Restart - highlighting the prepayment of USD 35M which is basically the last piece of the puzzle that will hopefully bring about the start of copper plate production for shareholders of Cyprium Metals Limited.   Barry Cahill slowly detail the meaning of the announcement and take viewers through the myriad of steps that will trigger production of copper plates at the Nifty operations.   The Cyprium story is now taking shape with this announcement. As a shareholder, I feel that it will just be a matter of time before a re rating of the company will take place. Cyprium is all about the Oxides and Heap Leaching to extract the copper. There are many commentaries in the market place but they have focused on the old mishaps of Nifty.   Cyprium has made it simple. Mine the oxides only and worry about the sulphides later.   Get yourself comfortable and listen to Barry telling us the journey, good and bad, since we last spoke to him in March 2022.   Listen to previous conversations with Cyprium Metals Limited.   Chapters   00:00 Start 00:20 Introduction 01:09 All About The Secured Offtake Prepayment Facility 03:12 Is the Financing Done ? 05:34 What does the Facility mean for Cyprium ? 07:29 How should Investors Position with Cyprium Metals ? 09:43 Nifty - Positive and Negative. 10:13 The Negative Perception of Nifty. 11:26 Reasons why Australia is not good with Heap Leaching. 11:46 History of Nifty Production. 14:00 The Negativity around Nifty. 14:50 Nifty - The Cyprium Way - All About the Oxides. 20:41 Is the Nifty Oxide Heap Leaching all about Particle Size and Chemistry. 23:15 Any more Regulatory Boxes to Tick Off? 25:04 Has the Tiger been thrown out the Door? 25:32 Underestimated Value of Nifty. 26:57 Timing and News flow ? 28:07 Summary of the Finance Equation. 29:08 Conclusion

In this week's episode Ken Swartz better known as “Ken the Scientist” ,chief founder of C60 talks about his revolutionary antioxidant. Ken explains how C60 can be more beneficial than hormone replacement therapy because it helps neutralize heavy metals in your body making it easier for your body to clear them. There are many things we encounter every day that can interfere with our mitochondria function and that affects how we think and feel throughout the day but ultimately it affects our hormones. Although it may feel overwhelming, Dr. Ken is here to assure you that you have control over what you consume which can have a dramatic effect on the toxic burden in your body.   Key takeaways: [2:50] C60 is one of the most powerful antioxidants ever discovered. [4:22] How C60 works. [11:57] Eating organic for just 2 weeks can reduce the pesticide burden by 90%. [16:40] How to improve cell to cell communication in your body. [20:00] How C60 supports the Krebs Cycle. [22:20] Testing your hormone levels when taking C60 [26:00] For good Thyroid health: remove fluoride out of your diet! [30:00] Neutralizing inorganic Heavy Metals in your body [32:35] C60's can increase your fertility   Resources: https://shopc60.com/collections/all   Memorable Quotes: “It's not like hormone replacement therapy where you're just getting one hormone… What C60 does is it lifts the oxidation burden the cells are under, now the cells operate as they did years earlier and then you kind of go back to a better health but it's your body that decides what hormones are going to be produced.” [10:51] - Ken Swartz “If we can optimize our cellular function, our cell to cell communication, wow! Everything else gets better.” [15:37] -Dr. Anna Cabeca “C60 neutralizes things like Mercury Hydroxide, Aluminum Hydroxide into Oxides which your body can grab and get rid of.”  [30:00] -Ken Swartz “You've got to make sure you have Good nutrition, clean water, reduction of stress, thats huge if its from a physical environment or personal relationships and just avoiding toxins of all kind, if you can.  [31:45] -Ken Swartz     To learn more about me and to stay connected, visit the links below: Website: The Girlfriend Doctor Instagram: The Girlfriend Doctor

In this week's episode Ken Swartz better known as “Ken the Scientist” ,chief founder of C60 talks about his revolutionary antioxidant. Ken explains how C60 can be more beneficial than hormone replacement therapy because it helps neutralize heavy metals in your body making it easier for your body to clear them. There are many things we encounter every day that can interfere with our mitochondria function and that affects how we think and feel throughout the day but ultimately it affects our hormones. Although it may feel overwhelming, Dr. Ken is here to assure you that you have control over what you consume which can have a dramatic effect on the toxic burden in your body.   Key takeaways: [2:50] C60 is one of the most powerful antioxidants ever discovered. [4:22] How C60 works. [11:57] Eating organic for just 2 weeks can reduce the pesticide burden by 90%. [16:40] How to improve cell to cell communication in your body. [20:00] How C60 supports the Krebs Cycle. [22:20] Testing your hormone levels when taking C60 [26:00] For good Thyroid health: remove fluoride out of your diet! [30:00] Neutralizing inorganic Heavy Metals in your body [32:35] C60's can increase your fertility   Resources: https://shopc60.com/collections/all   Memorable Quotes: “It's not like hormone replacement therapy where you're just getting one hormone… What C60 does is it lifts the oxidation burden the cells are under, now the cells operate as they did years earlier and then you kind of go back to a better health but it's your body that decides what hormones are going to be produced.” [10:51] - Ken Swartz “If we can optimize our cellular function, our cell to cell communication, wow! Everything else gets better.” [15:37] -Dr. Anna Cabeca “C60 neutralizes things like Mercury Hydroxide, Aluminum Hydroxide into Oxides which your body can grab and get rid of.”  [30:00] -Ken Swartz “You've got to make sure you have Good nutrition, clean water, reduction of stress, thats huge if its from a physical environment or personal relationships and just avoiding toxins of all kind, if you can.  [31:45] -Ken Swartz     To learn more about me and to stay connected, visit the links below: Website: The Girlfriend Doctor Instagram: The Girlfriend Doctor

Headlines: NC Pesticide Board announces settlement in Burke case  2022 Break-Even Prices for Corn and Soybeans Polar Vortex Building in North America  Sponsor: The Patrons! Let's watch movies! Burns: Micronutrients // Oxides // Research // Aneurisms  Sri Lanka agriculture ministry secy removed hours after food shortage comments  “Organic” fertilizers have an inorganic problem  Mexico's wheat fields help feed the world. They're also releasing a dangerous greenhouse gas.  Returns: There's a path to reduced fertilizer emissions but it has challenges  Mesotrione and Amicarbazone Tank-mixtures for Annual Bluegrass (Poa annua) Control in Cool-season Turfgrass  Mailbag: Joe's got some kind words. Special Thanks to Our Co-Producers: 6r33k633k Johnny Fescue Benjamin Mossing Trucka Trav Lonegoose Brennen man0matrix Michael Brantley Jesse Bousquet Jr John Wilbanks Outsidefire Barthoda Deadphishy Tifway Lawn Nate Kressly Alex Smith GuardWellDFW Timms Tdougie Fresh William Wood bwerthmann FentonWerks Mtech Miggity

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A-level Chemistry Revision with Jonas provides you easy-to-follow theory and examples. With years of experience Jonas helps students to improve their confidence and skills so that they would be able to succeed in their exams. Listen to the podcast now and let's turn your exam experience into a success story. This episode covers: 1. Reactions of water with period 3 elements2. Reactions of oxygen with period 3 elements3. Oxides of period 3 elementsResources: ⋅ Questions for this topic: http://studysquare.co.uk/test/Chemistry/AQA/A-level/Period-3-elements ⋅ Exam Revision Guide: https://www.studysquare.co.uk/pdf ⋅ Thousands of exam-like questions: https://www.studysquare.co.uk/tests ⋅ Public past papers: https://www.studysquare.co.uk/papers/Chemistry ⋅ Online tutoring: https://www.studysquare.co.uk/tutoring ⋅ Follow Jonas on Instagram: https://www.instagram.com/jonastutoring/ ⋅ Follow Jonas on TikTok: https://www.tiktok.com/@jonastutoring? ⋅ Follow Jonas on Twitter: https://twitter.com/jonastutoring/ ⋅ Podcast Privacy policy: https://www.spreaker.com/privacy

Welcome to the Instant Trivia podcast episode 267, where we ask the best trivia on the Internet. Round 1. Category: Amazon 1: Beginning in Peru, the Amazon flows over 4,000 miles to this ocean. Atlantic Ocean. 2: Abundant in the Amazon River, this feared fish is also known as a caribe. Piranha. 3: The upper Amazon is known as the Solimoes River until it reaches this nation's city of Manaus. Brazil. 4: A 1542 attack by female warriors against explorers from this country led to the Amazon receiving its name. Spain. 5: These water boas of the Amazon region can grow to over 200 pounds and over 20 feet. Anacondas. Round 2. Category: Out West 1: She joined Buffalo Bill Cody's Wild West show after meeting him at the Cotton Expo in New Orleans. Annie Oakley. 2: This 2nd largest Arizona city is called "The Astronomy Capital of the World" due to the many telescopes located nearby. Tucson. 3: In 1851 James Savage became the first white man to enter this Calif. valley, now the site of a national park. Yosemite. 4: Lt. Caspar W. Collins has a city named for him (spelled differently) on the North Platte River in this state. Wyoming. 5: Named for a British admiral, this inactive volcano in the Cascades last erupted in 1865. Hood. Round 3. Category: Hurricanes 1: "My Fair Lady" tune with the line "In Hertford, Hereford and Hampshire, hurricanes hardly happen". "The Rain in Spain". 2: In 1995 Hurricane Peter McNeely was this boxer's first post-prison victim. Mike Tyson. 3: A chimney on a hurricane lamp is usually made out of this. Glass. 4: The Spitfire and the Hawker Hurricane are types of these. Airplanes. 5: In 1984 this arachnid group had a Top 40 hit with "Rock You Like a Hurricane". The Scorpions. Round 4. Category: Big Screen Title Pairs 1: 1971:"...and the Chocolate Factory". Willy Wonka. 2: 1994:"...and Present Danger". Clear. 3: 1966:"...and Mr. Chicken". The Ghost. 4: 1993:"...and Confused". Dazed. 5: 1975:"...and the Lion". The Wind. Round 5. Category: It's Elemental 1: Its symbol Hg comes from the Latin hydrargyrum, "watery silver". mercury. 2: The Sanskrit juel, "to shine", was transmuted into this 4-letter element by Anglo-Saxons. gold. 3: With 1 as its atomic number, this gas heads up the periodic table. hydrogen. 4: In the electronics industry, this element symbolized Si, is made into N- and P-types of semiconductors. silicon. 5: Oxides of this silver-white metallic element are used in pigments to give some ceramics a vivid blue color. cobalt. Thanks for listening! Come back tomorrow for more exciting trivia!

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This episode is ALL about Peter's experiences on The Great PotteryThrow Down.CreativityFound.co.ukInstagram: @creativityfoundpodcastFacebook: @creativityfoundpodcastClubhouse: @clairewaitebrown and Creativity Found Connect clubMusic: Day Trips by Ketsa https://ketsa.uk/under Creative Commons Licensehttps://freemusicarchive.org/music/Ketsa/Raising_Frequecy/Day_TripsArtworks: Emily Portnoi emilyportnoi.co.ukSupport the show (https://ko-fi.com/creativityfoundpodcast)

Welcome to the final episode in the Understanding Pottery series, Chapter 26: Tips for Buying Used Pottery Equipment. They say that you can pick out a horse by looking at its teeth, and kicking tires is supposedly a good way to judge a car. But what do you look for when buying used (or “previously owned”, if it's expensive) pottery equipment? The discussion at the March Round Table meeting will be about exactly that – tips and suggestions for things to look for and things to avoid when shopping for used kilns, pottery wheels and other equipment (such as pug mills). Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use – Part 2. Critiquing works of art usually involves three different aspects of the work: the composition or design of the work itself, the techniques used to produce the work, and the concept or purpose of the work. Guidelines for these judgments, especially of the composition, can be involved and confusing. At the next Round Table, the discussion will focus on direct and practical ways that potters can make decisions to improve their work. The next topic is the final chapter in the series and it is Tips for Buying Used Pottery Equipment. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use – Part 1. Critiquing works of art usually involves three different aspects of the work: the composition or design of the work itself, the techniques used to produce the work, and the concept or purpose of the work. Guidelines for these judgments, especially of the composition, can be involved and confusing. At the next Round Table, the discussion will focus on direct and practical ways that potters can make decisions to improve their work. The next topic in the series is Critiquing Your Own Pottery: Design Principles You Can Use – Part 2. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 24: Personal Safety in the Pottery Studio. Materials used in ceramics can be unsafe if used improperly. In this video Phil explores safe practices, material handling procedures and the tools required to help minimize the risk associated with the ceramic making process. Join us to learn how to make your studio a safe place to design and create with ceramics. The next topic in the series is Critiquing Your Own Pottery: Design Principles You Can Use. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 23: Pottery Figurin' (Math for Potters) Part 2. Math? And pottery? What is this, high school all over again? Well, no, but there are a number of occasions during the making of pottery that knowledge of some simple math calculations can be very useful, such as for preparing glazes or determining the porosity of fired ceramics. So this chapter will be about a number of very basic math concepts and calculations for the pottery making process that you can actually use. The next topic in the series is Personal Safety with Pottery. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 23: Pottery Figurin' (Math for Potters) Part 1. Math? And pottery? What is this, high school all over again? Well, no, but there are a number of occasions during the making of pottery that knowledge of some simple math calculations can be very useful, such as for preparing glazes or determining the porosity of fired ceramics. So this chapter will be about a number of very basic math concepts and calculations for the pottery making process that you can actually use. The next topic in the series is Pottery Figurin' or Math for Potters Part 2. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. Y This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 22: Pottery and Physics. Physics is the science of matter and energy and their interactions. When you hear the word “physics” you probably think of things like nuclear power, electronics, or rocket science, but physics is deeply involved in our everyday lives and in such ordinary activities as pottery. In this discussion we will talk about the physical science that is going on behind all the various steps in the pottery-making process. Having a little background can help us to solve problems and improve our techniques. If you have never taken a physics class here is a chance to see how a little science can help us understand our everyday pottery activities. The next topic in the series is Pottery Figurin' or Math for Potters. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Part 3. Many scientific terms and theories have a profound impact in the field of ceramics. Defining these terms and their implications in pottery provide the information to understand what is happening in your making processes. We start the exploration of thixotropy, quartz inversions and other pottery mysteries in this episode. The next topic in the series is Pottery and Physics. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Part 2. Many scientific terms and theories have a profound impact in the field of ceramics. Defining these terms and their implications in pottery provide the information to understand what is happing in your making processes. We start the exploration of thixotropy, quartz inversions and other pottery mysteries in this episode. The next topic in the series is Thixotropy, Quartz Inversions and Other Pottery Mysteries Part 3. Understanding Pottery is a series in production by Washington Street Studios. The video series is a digital textbook that will take you through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes, including handouts, can be found at https://www.hfclay.com/the-potters-round-table The Potters' Round Table is brought to you by Washington Street Studios, a community pottery studio, gallery, and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers. We also created a video version to expand our audience. If you are looking for the video of our show search for ‘Washington Street Studios' on YouTube or go to http://www.youtube.com/c/WashingtonStreetStudios. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Part 1. Many scientific terms and theories have a profound impact in the field of ceramics. Defining these terms and their implications in pottery provide the information to understand what is happing in your making processes. We start the exploration of thixotropy, quartz inversions and other pottery mysteries in this episode. The next topic in the series is Thixotropy, Quartz Inversions and Other Pottery Mysteries Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 20: Pottery Myths, Errors and Misconceptions Part 3. Many terms and theories have surfaced over the years in the field of ceramics, many with no basis in science or physics. We continue this exploration of many pottery related myths, errors and misconceptions in this episode. The next topic in the series is Thixotropy, Quartz Inversions and Other Pottery Mysteries. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 20: Pottery Myths, Errors and Misconceptions Part 2. Many terms and theories have surfaced over the years in the field of ceramics, many with no basis in science or physics. We continue this exploration of many pottery related myths, errors and misconceptions in this episode. The next topic in the series is Pottery Myths, Errors and Misconceptions Part 3. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 20: Pottery Myths, Errors and Misconceptions Part 1. Many terms and theories have surfaced over the years in the field of ceramics, many with no basis in science or physics. We are going to explore many pottery related myths, errors and misconceptions over the next few episodes. The next topic in the series is Pottery Myths, Errors and Misconceptions Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 19: Glaze Defects. There seem to be so many ways that bad things can happen to good pots. Defects in fired ceramics can originate with the clay, the glaze, as well as the actual firing process. This episode we'll discuss glaze defects that occur during the firing. The next topic in the series is Pottery Myths, Errors and Misconceptions. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 18: Defects in Fired Clay or Clay Defects. There seem to be so many ways that bad things can happen to good pots. Defects in fired ceramics can originate with the clay, the glaze, as well as the actual firing process. This episode we'll discuss defects in fired clay. The next topic in the series is Glaze Defects. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 17: Kiln Performance Problems. There seem to be so many ways that bad things can happen to good pots. Defects in fired ceramics can originate with the clay, the glaze, as well as the actual firing process. This episode we'll discuss problems with kiln operation and firing-related defects. The next topic in the series is Defects in Fired Clay or Clay Defects. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Got an old electric kiln that doesn't work anymore? How about turning it into a raku kiln? Gas-fired raku kilns are generally simple in design and small in size. As such, they are easy to construct using metal barrels or old electric kiln bodies. This discussion is about methods, materials, and equipment used to construct gas fired raku kilns, and also about tips for successful firings. The next topic in the series is Kiln Performance Problems. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 15: Electric Kilns Part 4. This episode is focused on electric kilns with special emphasis on differences in the procedures used for firing compared to fuel-burning kilns. Electric kilns offer a number of advantages, but they also have shortcomings, and because of the apparent ease of operation, they can contribute to poor firing practices. We will talk about tips for avoiding problems and achieving better results. The next topic in the series is Gas-Fired Raku Kiln. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 15: Electric Kilns Part 3. This episode is focused on electric kilns with special emphasis on differences in the procedures used for firing compared to fuel-burning kilns. Electric kilns offer a number of advantages, but they also have shortcomings, and because of the apparent ease of operation, they can contribute to poor firing practices. We will talk about tips for avoiding problems and achieving better results. The next topic in the series is Electric Kilns Part 4. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 15: Electric Kilns Part 2 This episode is focused on electric kilns with special emphasis on differences in the procedures used for firing compared to fuel-burning kilns. Electric kilns offer a number of advantages, but they also have shortcomings, and because of the apparent ease of operation, they can contribute to poor firing practices. We will talk about tips for avoiding problems and achieving better results. The next topic in the series is Electric Kilns Part 3. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 15: Electric Kilns Part 1 This episode is focused on electric kilns with special emphasis on differences in the procedures used for firing compared to fuel-burning kilns. Electric kilns offer a number of advantages, but they also have shortcomings, and because of the apparent ease of operation, they can contribute to poor firing practices. We will talk about tips for avoiding problems and achieving better results. The next topic in the series is Electric Kilns Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 14: Gas Fired Kilns Part 3. This is the second of a three episode series on Pottery Kiln Design, Construction and Operation with this episode focused on Gas Fired Kilns. Are you curious about different methods of firing pottery? This month we focus on gas firing with an overview of the fuels, burners, kilns, and firing procedures. How does natural gas differ from propane? What are the features of the different burner designs? What are some good practices for firing? The next topic in the series is Electric Kilns. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 14: Gas Fired Kilns Part 2. This is the second of a three episode series on Pottery Kiln Design, Construction and Operation with this episode focused on Gas Fired Kilns. Are you curious about different methods of firing pottery? This month we focus on gas firing with an overview of the fuels, burners, kilns, and firing procedures. How does natural gas differ from propane? What are the features of the different burner designs? What are some good practices for firing? The next topic in the series is Gas-Fired Kilns Part 3. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 14: Gas Fired Kilns Part 1. This is the second of a four chapter series on Pottery Kiln Design, Construction and Operation with this episode focused on Gas Fired Kilns. Are you curious about different methods of firing pottery? This month we focus on gas firing with an overview of the fuels, burners, kilns, and firing procedures. How does natural gas differ from propane? What are the features of the different burner designs? What are some good practices for firing? The next topic in the series is Gas-Fired Kilns Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 13: Wood Fired Kilns Part 2. The next four chapters will be a mini-series on Pottery Kiln Design, Construction and Operation with this episode focused on Wood Fired Kilns. Are you curious about different methods of firing pottery? Interested in participating in a wood firing? Are you thinking about building your own kiln? Wood firing is currently enjoying a renaissance with an increasing number of practitioners and a wide variety of approaches. This month's discussion is an overview of the wood firing process and various kiln designs. The next topic in the series is Gas-Fired Kilns. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 13: Wood Fired Kilns Part 1. The next four chapters will be a mini-series on Pottery Kiln Design, Construction and Operation with this episode focused on Wood Fired Kilns. Are you curious about different methods of firing pottery? Interested in participating in a wood firing? Are you thinking about building your own kiln? Wood firing is currently enjoying a renaissance with an increasing number of practitioners and a wide variety of approaches. This month's discussion is an overview of the wood firing process and various kiln designs. The next topic in the series is Wood-Fired Kilns Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 12: Atmospheric Firing. Every firing of a kiln is an atmospheric firing and every different atmosphere has a different impact on pottery. In this episode we will explore the effect of different atmospheres on our fired pots. This is an important step prior to our exploration of the different types of kilns over the next four chapters. The next topic in the series is Wood-Fired Kilns. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 11: Use of Local Materials: Treasures in your Backyard Part 2 of 2. Traditionally, potters used whatever clay, fuel, and other materials were locally available for their craft. Since the advent of technology and long-distance transportation, potters have gotten away from such materials in favor of more standardized, commercially available products. However, there is a growing interest in reconnecting with our past traditions and simpler raw materials. This is part 2 of 2 parts. The next topic in the series is Atmospheric Firing. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery: Chapter 11 on Use of Local Materials is now available! The discussion topic today will explore the possibilities of using locally available materials for pottery. Enjoy the video and remember to share the video with your pottery friends, hit the like button and subscribe to the channel to be notified of future videos!. Traditionally, potters used whatever clay, fuel, and other materials were locally available for their craft. Since the advent of technology and long-distance transportation, potters have gotten away from such materials in favor of more standardized, commercially available products. However, there is a growing interest in reconnecting with our past traditions and simpler raw materials. The discussion topic today will explore the possibilities of using locally available materials for pottery. This is part 1 of two parts. The next topic in the series is Treasures in Your Backyard: Use of Local Materials Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 10: Pots, Rocks and Minerals: Geology for Potters Part 2. In this podcast you will learn about the different rocks and minerals used as glaze and clay ingredients and where they come from. The next topic in the series is Treasures in Your Backyard: Use of Local Materials. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 10: Pots, Rocks and Minerals: Geology for Potters Part 1. In this podcast you will learn about the different rocks and minerals used as glaze and clay ingredients and where they come from. The next topic in the series is Geology for Potters, Part 2. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 9: Oxides, Washes, Underglazes and Stains. In this podcast you will learn why these surfaces treatments are different and how to best use them in your creative process. This is the third chapter in the section titled Use of Raw Materials. The next topic in the series is Geology for Potters. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 8: Glaze Chemistry Part 2 of 2. In this podcast you will continue to learn about the different materials that are used in glazes and what the role is in the glaze. This is the second chapter in the section titled Use of Raw Materials. The next topic in the series is Oxides, Washes, Underglazes and Stains. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 8: Glaze Chemistry Part 1 of 2. In this podcast you will learn about the different materials that are used in glazes and what the role is in the glaze. This is the second chapter in the section titled Use of Raw Materials. The next topic in the series is Oxides, Washes, Underglazes and Stains. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Introductory Chemistry for Potters Chapter 8: An introduction to Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter : Chemistry for Potters. In this podcast you will learn some basic chemistry principles and how they apply to our ceramic work. This is the first chapter in the section titled Use of Raw Materials. The next topic in the series is Glaze Chemistry. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 6: Glaze Firing. In this podcast you will learn about the changes that happen to change clay and glaze into a finished ceramic piece. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 5: Pyrometric Cones. In this podcast you will learn all you ever want to know about pyrometric cones. Who created them and why? With computer controlled kilns, when, where and why should I use cones? How do they work? Discover all this and more. The next topic in the series is Glaze Firing. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 4: Tips for Successful Glazing Part 3 of 3. In this podcast you will learn about methods of applying glaze, clean up, finishing glazed pots and glaze firing. The next topic in the series is Pyrometric Cones. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 4: Tips for Successful Glazing Part 2 of 3. In this podcast you will learn glazing tips on preparing already mixed glazes for application and getting bisqued pots ready to be glazed. The next topic in the series is What. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Part 1 of Tips for Successful Glazing covers glaze composition, preparation and mixing. Welcome to Understanding Pottery, Chapter 4: Tips for Successful Glazing Part 1 of 3. In this podcast you will learn glaze composition, preparation and mixing. The next topic in the series is Pyrometric Cones. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 3: Bisque Firing. In this podcast you will learn what happens in a bisque firing, tips and pitfalls. The next topic in the series is Tips for Successful Glazing. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 2: Clay Properties and Drying. In this podcast you will learn Clay properties which allow us to create with clay and cause problems when we're not careful. The next topic in the series is Bisque Firing. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Welcome to Understanding Pottery, Chapter 1: What is Clay? In this podcast you will learn about what the clay we use is made of and why the clay has the characteristics that make it suitable for ceramics. The next topic in the series is Clay Properties and Drying. Understanding Pottery is a series in production by Washington Street Studios. The podcast series is a digital textbook that will take the listener through the entire ceramic process from the raw material through the finished ceramic pieces. There are five sections and twenty-six chapters planned in the series and they are: Section I: The Pottery Making Sequence Chapter 1: What is Clay? Chapter 2: Clay Properties and Drying Chapter 3: Bisque Firing Chapter 4: Tips for Successful Glazing Chapter 5: Pyrometric Cones Chapter 6: Glaze Firing Section II: Use of Raw Materials Chapter 7: Chemistry for Potters Chapter 8: Glaze Chemistry Chapter 9: Oxides, Washes, Underglazes and Stains Chapter 10: Geology for Potters Chapter 11: Use of Local Materials Section III: Kilns and Firings Chapter 12: Atmospheric Firings Chapter 13: Wood-Fired Kilns Chapter 14: Gas-Fired Kilns Chapter 15: Electric Kilns Chapter 16: Raku Kilns Section IV: Solving Problems Chapter 17: Kiln Performance Problems Chapter 18: Clay Body Defects Chapter 19: Glaze Defects Section V: Practical Applications Chapter 20: Pottery Myths, Errors and Misconceptions Chapter 21: Thixotropy, Quartz Inversions and Other Pottery Mysteries Chapter 22: Pottery and Physics Chapter 23: Pottery Figurin' (Math) Chapter 24: Personal Safety with Pottery Chapter 25: Critiquing Your Own Pottery: Design Principles You Can Use Chapter 26: Tips for Buying Used Pottery Equipment Show notes can be found at https://www.hfclay.com/the-potters-round-table This podcast is brought to you by Washington Street Studios, a community pottery studio, gallery and pottery school located in Harpers Ferry / Bolivar, WV. We exist to provide ceramic artists an affordable, fully equipped studio space for aspiring, emerging and established artists to share their creative energy and knowledge in an environment designed to support the ceramic artist. If you want to learn more about Washington Street Studios, visit our website at https://www.hfclay.com/. At Washington Street Studios, we believe the sharing of creative energy and knowledge will improve the quality of our art and increase the appreciation of art within our community. We are striving to create an environment where the arts are shared and appreciated. We want to grow as a family of artists and contribute to our community. This podcast is one of our steps to share our passion for the ceramic arts, creative energy and knowledge with other artists and art lovers We also created a video version to expand our audience. If you are looking for the video of our show search for the ‘Washington Street Studios' channel on YouTube. --- Send in a voice message: https://anchor.fm/thepottersroundtable/message

Nazanin Bassiri-Gharb, a Professor of Mechanical Engineering at Georgia Tech, joins Mike to talk about complex oxides. Complex oxides are multi-component materials that yield a bevy of exotic properties. Much of the podcast centers on ferroelectricity, the ability of certain materials to exhibit an internal polarization that can be switched with an external electric field. Nazanin and Mike talk about the current use of ferroelectrics in technologies from ultrasound imaging to data storage, as well as their potential future use in brain-like or neuromorphic computers. Throughout the episode, Nazanin's love of and excitement for science and engineering shines through. Be careful, it's infectious!Show details: • Hosted by Michael Filler (@michaelfiller) • Edited by Andrew Cannon (@andrewhcannon) • Recorded on November 14, 2019• Show notes are available at http://www.fillerlab.com/nanovation/archive/56• Submit feedback at http://www.fillerlab.com/nanovation/feedback

Nazanin Bassiri-Gharb, a Professor of Mechanical Engineering at Georgia Tech, joins Mike to talk about complex oxides. Complex oxides are multi-component materials that yield a bevy of exotic properties. Much of the podcast centers on ferroelectricity, the ability of certain materials to exhibit an internal polarization that can be switched with an external electric field. Nazanin and Mike talk about the current use of ferroelectrics in technologies from ultrasound imaging to data storage, as well as their potential future use in brain-like or neuromorphic computers. Throughout the episode, Nazanin's love of and excitement for science and engineering shines through. Be careful, it's infectious!Show details: • Hosted by Michael Filler (@michaelfiller) • Edited by Andrew Cannon (@andrewhcannon) • Recorded on November 14, 2019• Show notes are available at http://www.fillerlab.com/nanovation/archive/56• Submit feedback at http://www.fillerlab.com/nanovation/feedback

Strongly correlated metals exhibit anomalous transport properties which have puzzled condensed matter physicists for many years. They are characterized by large resistivities which exceed the Mott Ioffe Reggel limit and large thermoelectric responses, which cannot be explained in terms of standard Fermi liquid quasiparticles. Dynamical Mean Field Theory (DMFT) calculations [1,2] carried out on a doped one band Hubbard model suggest that this behavior originate in the strong temperature dependence of thee parameters of the underlying resilient (non-Landau) quasiparticles. We will test these ideas by analyzing low energy optical spectroscopy measurements in several prototypical compounds starting with the archetypal correlated material Sesquioxide V2O3. We will also show first principles, material specific, LDA+DMFT calculations which are in very good agreement with the experiments [3].

You can help support this podcast, securely via PayPal Or just paste this text into your browser: https://www.paypal.com/cgi-bin/webscr?cmd=_s-xclick&hosted_button_id=DSL9A3MWEMNBW&source=url My heart was as heavy as a field of butterflies in spring when the news lobbed on Monday that high-level [LOOK LEFT] cocks in Wolfsburg had signed off on allowing their inconsequential Arse-tra-alien subordinates to bend and stretch their way to a class-action settlement in the time-honoured game of prison shower Twister. Yesssss! Ze Chermans will kick the tin for up to $127.1 million for Dieselgate class action victims, who own (or owned) the company’s disgraceful, filthy shitheaps. If you’ve been dead from the neck up since about 2015, Dieselgate was, of course, the board-level criminal conspiracy, in which a decision was taken to kill people prematurely in the name of profit, by cheating emissions regulations and pumping up oxides of nitrogen in Volkswagen dung-box diesel exhausts. Oxides of nitrogen kill about 50,000 people annually in Retardistan. If you read the peer-reviewed study in respected academic journal, Environmental Pollution, you’d see they estimated fraudulent Dieselgate emissions causing 45,000 disability-adjusted life-years to be lost, at a cost of $39 billion US dollars (and that’s just in ‘Murica). Dieselgate has now cost Volkswagen more than 30 billion Euros, in total, and several high-level Volkswagen and Audi arseholes have gone to prison. Others, of course, parachuted out onto their wallets, fortuitously to live happily ever after, presumably in a hot tub full of Veuve Cliquot. And high-class hookers. In countries that don’t extradite. And, let’s face it - if you’re going to be in prison, that’s how to do it. Even more of a side-splitter for me: Volkswagen, Audi and Skoda are doing this “without admission of liability”. I ask you: Could they actually harbour some hope against hope of looking any less like morally adrift mother-lovers? In fact, those disingenuous Volkswagen ‘Straya arseholes said, in a statement, that the $40 million (wriggle room) settlement would be a: “...significant step towards fully resolving the diesel lawsuits in Australia.” I guess that’s true - except for the people who became disabled because the excessive NOx gave them some life-limiting cardiovascular disease. But, really, who cares about them? The company droned on, seemingly without end: "The settlement, on a no-admissions basis, concerns five class-action lawsuits covering all affected vehicles in Australia. Volkswagen expects the proceedings will be concluded in 2020." If only Volkswagen, Audi and Skoda cars were as reliable as their corporate bullshit. Here’s my problem with this ‘zero admission of liability’ caper: If the cops kick in your door at 3am, they zip-tie you at gunpoint and tell you they think you really did kill all those children, and the Department of Public Prosecutions agrees, you get two basic options: One: Plead ‘guilty’ and go straight to sentencing. Two: Plead ‘not guilty’ and go to trial, where your guilt (or not) is established. What you specifically don’t get to do, when some dude in a wig says: “How do you plead?” Is get in wig-man’s face and argue: “Maaaate, look, I’m not sayin’ I killed all those schoolgirls, right - but just gimme … I dunno ... 8.7 to 12.7 years, we’ll sort that out, and that’ll be the end of it. I think you’d agree that’d be a significant step towards fully resolving this mutually inconvenient issue.” And yet - that’s kinda what’s happening here.

The head of the EPA joins us to discuss a plan that could further reduce allowed emissions from trucks. We’ll have that, plus: how state races will affect trucking going forward; and what the OOIDA Board of Directors will discuss as they meet this week. 00:00 – 10:11 – Newscast 10:11 – 24:41 – EPA chief on lowering emissions more 24:41 – 39:22 – State races and the future of trucking 39:22 – 49:33 – OOIDA Board of Directors meeting

Desde Puerto Rico, el Dr. Juan José Félix, nos habla de la poderosa proteína NRF2, que nos ayuda a combatir el Estrés oxidativo y los radicales libres.

Welcome to the Aromatic Wisdom Podcast! In today’s episode, Liz continues from Podcast Episode 034 in which she shared about five different chemical families: Monoterpenes, Sesquiterpenes, Monoterpenols, Sesquiterpenols and Phenols. Today, in Part 2 of Essential Oil Chemistry Deep Dive, the learning of AromaChemistry continues as Liz teaches the therapeutic properties and safety considerations for these essential oil chemical families: Aldehydes, Oxides, Ketones, Ethers and the beautiful Esters. Enjoy the podcast! It is my sincere hope that you will feel inspired to explore essential oils deeper after listening and learn what is possible for your health and well-being when you include aromatherapy into your life. SHOW NOTES (Links and resources mentioned in this podcast episode) Search Pompeii Organic Essential Oils by Chemical Family Want to understand what a “chemotype” is? Check out this blog post:  Essential Oil Taxonomy and Nomenclature (Part 2) Get a 15% discount on essential oils, carriers, containers and other aromatherapy products at PompeiiOrganics.com (with the code mentioned in the podcast) 

Topics covered: Potentials 2: Potentials for Organic Materials and Oxides; It's a Quantum World! Note: Lecture 4 was a lab session. No video is available.

Porous materials play an important role in numerous environmental applications including energy storage, energy conversion and environmental remediation systems. Reducing structural features down to the nanoscale drastically alters materials properties and leads to the enhancement of materials performance. The successful fabrication of efficient functional materials requires a high degree of control over their morphology addressing the needs of target applications. The goal of this work was to develop a versatile general approach towards the synthesis of nanoporous metal oxides by using biogenic cellulose nanocrystals. Nanocrystalline cellulose (NCC) is an abundant biological nanomaterial that can be extracted from natural bulk celluloses. The present thesis demonstrates that the unique properties of NCC enable the efficient synthesis of porous titania and iron oxide (hematite) thin films by using sacrificial templating with cellulose nanocrystals. In particular, this study reveals the mechanism of metal oxide formation in the presence of cellulose, as well as the effect of NCC-templated porous scaffolds on titania performance in photocatalysis and dye sensitized solar cells. Chapter 1 provides general information about properties, application areas and common synthesis methods of nanoporous metal oxides, with an emphasis put on titanium oxide materials and biotemplating approaches. Chapter 2 discusses the basic principles of analytical methods employed to characterize porous nanomaterials. Chapters 3‒6 reveal the experimental procedures towards NCC-templated porous titania and hematite thin films, their characterization and their applications. First, the extraction of cellulose crystals from bulk celluloses is discussed. Different cellulose sources, as well as variable hydrolysis parameters have been employed to define the optimal procedure for the NCC preparation. Cotton fibers have provided the best results regarding the crystallinity, purity and shape of extracted cellulose crystals. Furthermore, repeated washings have been shown to narrow down the size distribution and to improve the crystallinity of cotton NCC. Chapter 4 focuses on the synthesis of porous titania thin films assisted by nanocrystalline cellulose. The tunable porosity of titania thin films is a key factor for successful applications in photovoltaics, sensing and photocatalysis. To synthesize NCC-templated titania, the cellulose nanocrystals are introduced to a titania precursor solution. The colloidal mixtures can be directly spin- or dip- coated on glass, silicon and transparent conducting oxide (TCO) substrates and then calcined to remove the template and to crystallize the titania porous network. The obtained structures are highly porous anatase morphologies having well-defined, narrow pore size distribution. We show that by varying the titania-to-template ratio it is possible to tune the surface area, pore size, pore anisotropy and dimensions of titania crystallites in the films. Post-treatment at high humidity and subsequent slow template removal promote pore widening; this treatment is also beneficial for the multilayer deposition of thick films. The NCC-templated mesoporous titania films show very high activity in the photocatalytic NO (nitrogen(II) oxide) conversion and in the degradation of 4-chlorophenol. Furthermore, the films are successfully applied as anodes in dye-sensitized solar cells. Chapter 5 presents a strategy toward enhancement of the photocatalytic activity of NCC-templated titania thin films by introducing solvothermally synthesized preformed anatase nanoparticles into a sol-gel based biotemplated titania scaffold. The synthesis is based on the self-assembly of two types of precursors, namely crystalline and sol-gel titania, directed by the biogenic NCC template. Due to the shape persistence of the template, the NCC-templated titania scaffolds can accommodate large amounts of preformed titania without a significant reduction of the film porosity. The resulting dual source titania thin films containing different amounts of preformed crystalline species were investigated with time resolved microwave conductivity (TRMC) measurements and tested in the photocatalytic conversion of 4-chlorophenol. The gradual addition of preformed nanoparticles leads to a consistent increase of the mean size of titania crystalline domains, whereas the porosity of the composite is well-preserved due to the rigid nature of the NCC template. The microwave conductivity studies establish increased photoconductivity of the films containing preformed anatase nanoparticles, in comparison to that of films made without the nanoparticles. The synergistic features of the dual source titania, namely the improved crystalline properties brought by the preformed nanocrystals in combination with the high surface area provided by the NCC-templated sol-gel titania, result in a very high photocatalytic activity of the films in the photocatalytic decomposition of 4-chlorophenol. In quantitative terms, the dual source titania films prepared with 75% nanoparticles exhibit a first order degradation rate constant of 0.53 h-1, strongly outperforming the activity of commercial P90 nanopowder showing a rate constant of 0.17 h-1 under the same conditions. We have also adapted the NCC templating protocol for the fabrication of porous iron oxide (hematite) thin films. Chapter 6 discusses the formation of porous iron oxide nanostructures via sol-gel transformations of molecular precursors in the confined space of self-organized cellulose nanocrystals used as a shape-persistent template. The obtained structures are highly porous hematite morphologies featuring pronounced anisotropic porosity. The character of the porous nanostructure depends on the iron salt used as precursor and on the heat treatment, respectively. Moreover, a post-synthetic hydrothermal treatment of the NCC/iron salt composites strongly affects the crystal growth, as well as the porous nanomorphology of the obtained hematite scaffolds. We demonstrate that the hydrothermal treatment alters the crystallization mechanism of the molecular iron precursors, which proceeds via the formation of anisotropic iron oxyhydroxide species. The present study reveals that the nanocellulose templating technique enables a straightforward fabrication of a variety of porous crystalline scaffolds with well-defined mesoporous structure. For the first time the NCC has been used for the fabrication of homogeneous porous metal oxide films on different substrates, in contrast to the previously reported powders or free-standing membranes. The versatility and flexibility of the NCC templating approach offers broad perspectives towards the generalization of this method for the fabrication of different types of nanoporous metal oxides.

Brian Clegg introduces an exotic chemical dynasty: the Vanadium oxides

The present phD thesis concerns synthetic investigations under extreme conditions of high-temperature and high-pressure. The high-temperature / high-pressure experiments, performed using a multianvil high-pressure device, led to the first single crystals of various rare-earth gallates, rare-earth borates, rare-earth oxides and gallium oxonitrides.

What is an interbasaltic horizon? Geologist Tony Lee investigates this fascinating geological feature.

Transcript -- What is an interbasaltic horizon? Geologist Tony Lee investigates this fascinating geological feature.

What is an interbasaltic horizon? Geologist Tony Lee investigates this fascinating geological feature.

Transcript -- What is an interbasaltic horizon? Geologist Tony Lee investigates this fascinating geological feature.

The fully automated in-situ measuring system SIOUX (StratospherIc Observation Unit for nitrogen oXides) has been developed and established under flight conditions. SIOUX is a two channel measuring device designed for the high-altitude research aircraft M55-Geophysica to record reactive nitrogen oxides in the upper troposphere and the lower stratosphere. Channel A detects nitric oxide (NO) and channel B the total reactive nitrogen (NOy), which is reduced to NO on the surface of a heated gold-converter in conjunction with carbon monoxide (CO) as reducing agent. The technique used for the measurement of NO is chemiluminescence. The detection limit of channel A is 6 pmol/mol and of channel B 10 pmol/mol for an integration time of 1 s. The main components of SIOUX are the sample inlet, the detector incorporating the reaction chambers, photomultipliers and ozone generators, the converter, a pumping system, a calibration/operation gas system and the data recording unit. Except for the sample inlet all components are housed in a pressurised aluminium container. This has a length of 1.1 m, a diameter of 0.6 m and a total mass of 250 kg; the maximum power consumption of SIOUX is 1300 W. For aeronautical compliance four test procedures were required to guarantee the flight compatibility of the mechanics and electronics of the device: shock/vibration/EMC (ElectroMagnetic Compatibility)/pressure test. In October 2001 SIOUX was implemented for the first time aboard the M55-Geophysica during a test campaign in Russia. There, the measuring system was monitored under flight conditions and its operation was established for stratospheric conditions. Mixing ratios for NO and NOy were registered up to an altitude of 20 km. In July 2002 SIOUX was used aboard the M55-Geophysica for validation the ENVISAT instrument MIPAS-E in Italy. A comparison was made for the first time between MIPAS-E measurements of nitric acid (HNO3) and SIOUX measurements of NOy-NOx (≈ HNO3 in the altitude range 17 - 20 km). A mean deviation of 20% ± 6% between the MIPAS-E and the SIOUX data was registered.

1 Contrary to established metabolic pattern, a recent investigation of NNK metabolism produced in rat urine higher levels of 4-(methylnitrosamino)-1-(3-pyridyl)-1- butanone (NNK) and 4-(methylnitrosamino)-1-(3-pyri dyl)-1-butanol (NNAL) than their N-oxides, suggesting that reconversion of N-oxides could occur after urine formation. 2 To verify the possible role of bacteria in the reduction of NNK-N-oxide and NNAL-N-oxide to their respective parent compounds, NNK and NNAL, in smokers with urinary tract infection (UTI), the N-oxides were isolated from the urine of rats treated with 5-3HNNK and individually incubated at 37°C with ten bacterial species in sterile human urine under different pH regimens. After incubation with the bacteria, aliquots of culture media were analyzed by high pressure liquid chromatography (HPLC) with radiochemical detection. 3 Escherichia coli, Enterobacter cloacae, Klebsiella pneumoniae and Proteus mirabilis possessed varying capacity to regenerate NNK and NNAL from their N- oxides while others showed no detectable reductive capability within 24 h. 4 This result constitutes the first experimental evidence that in tobacco users with concomitant UTI, bacterial regeneration of the procarcinogenic NNK and NNAL from their N-oxides could occur in the bladder leading to increased carcinogen burden in these individuals.

Sun, 1 Jan 1989 12:00:00 +0100 http://epub.ub.uni-muenchen.de/3829/ http://epub.ub.uni-muenchen.de/3829/1/092.pdf Baran, Janusz; Mayr, Herbert Baran, Janusz und Mayr, Herbert (1989): Mechanistic impact of oxime formation accompanying 1,3-dipolar cycloadditions of nitrile oxides. In: Journal of Organic Chemistry, Vol. 54, Nr. 21: pp. 5012-5016.