Podcasts about Viscosity

Episode 30 -Toni Solari - Nutrition in the Child who Aspirates In this episode of Nutrition Pearls: the Podcast, co-hosts Jen Smith and Nikki Misner speak with Toni Solari on nutrition in patients with aerodigestive diseases.  Toni is a registered dietitian in the Aerodigestive Center at Boston Children's hospital where she specializes in blenderized nutrition and specialized diets for various gastrointestinal disorders. She earned her degree at UMass Amherst,  and has been practicing as a pediatric dietitian for 11 years. When she is not working, Toni enjoys spending time, preferably outside, with her 3.5 year old son and 1.5 year old daughter.Nutrition Pearls is supported by an educational grant from Mead Johnson Nutrition.Resources:Aerodigestive Nutrition References: https://www.iddsi.org/standards/frameworkBolgeo T, Di Matteo R, Gallione C, Gatti D, Bertolotti M, Betti M, Roveta A, Maconi A. Intragastric prepyloric enteral nutrition, bolus vs continuous in the adult patient: A systematic review and meta-analysis. Nutr Clin Pract. 2022 Aug;37(4):762-772. doi: 10.1002/ncp.10836. Epub 2022 Feb 16. PMID: 35174544.Hirsch S, Solari T, Rosen R. Effect of Added Free Water to Enteral Tube Feeds in Children Receiving Commercial Blends. J Pediatr Gastroenterol Nutr. 2022 Mar 1;74(3):419-423. doi: 10.1097/MPG.0000000000003308. PMID: 34560723; PMCID: PMC9531939.Hron B, Rosen R. Viscosity of Commercial Food-based Formulas and Home-prepared Blenderized Feeds. J Pediatr Gastroenterol Nutr. 2020 Jun;70(6):e124-e128. doi: 10.1097/MPG.0000000000002657. PMID: 32443040; PMCID: PMC8530412.Hron B, Fishman E, Lurie M, Clarke T, Chin Z, Hester L, Burch E, Rosen R. Health Outcomes and Quality of Life Indices of Children Receiving Blenderized Feeds via Enteral Tube. J Pediatr. 2019 Aug;211:139-145.e1. doi: 10.1016/j.jpeds.2019.04.023. Epub 2019 May 23. PMID: 31128885; PMCID: PMC6660979.Jensen EA, Zhang H, Feng R, Dysart K, Nilan K, Munson DA, Kirpalani H. Individualising care in severe bronchopulmonary dysplasia: a series of N-of-1 trials comparing transpyloric and gastric feeding. Arch Dis Child Fetal Neonatal Ed. 2020 Jul;105(4):399-404. doi: 10.1136/archdischild-2019-317148. Epub 2019 Nov 4. PMID: 31685527; PMCID: PMC7453998.Koo JK, Narvasa A, Bode L, Kim JH. Through Thick and Thin: The In Vitro Effects of Thickeners on Infant Feed Viscosity. J Pediatr Gastroenterol Nutr. 2019 Nov;69(5):e122-e128. doi: 10.1097/MPG.0000000000002470. PMID: 31449171.Alyssa Courtney, Anne Bernard, Scott Burgess, Katie Davies, Kelly Foster, Vishal Kapoor, David Levitt, Peter D Sly; Bolus Versus Continuous Nasogastric Feeds for Infants With Bronchiolitis: A Randomized Trial. Hosp Pediatr January 2022; 12 (1): 1–10. https://doi.org/10.1542/hpeds.2020-005702Produced by: Corey IrwinNASPGHAN - Council for Pediatric Nutrition Professionalscpnp@naspghan.org

Send us a textForget everything you thought you knew about digital printing's limitations. In this eye-opening conversation, Karl Forbes from Xaar and Martin Burns from Nazdar unveil how ultra-high viscosity inkjet technology is transforming the landscape of corrugated printing—delivering unprecedented quality, efficiency, and economic viability.The breakthrough revolves around a fundamental shift: increasing ink viscosity from the traditional 2-12 centipoise to an astonishing 100 centipoise at jetting temperature. This tenfold increase radically alters ink-substrate interaction, eliminating the challenges that have historically hindered inkjet's adoption in corrugated packaging.Why This Matters for Corrugated PrintingTraditional inkjet inks struggle on porous substrates like corrugated cardboard. The pigment absorbs quickly, leading to color loss, lack of precision, and inconsistent print quality. The Xaar-Nazdar innovation changes this completely. With ultra-high viscosity inks, the pigment remains on the surface, producing sharper details, vibrant colors comparable to flexographic printing, and superior overall results.Backed by independent research from Swansea University, this technology not only enhances print performance but does so with reduced ink consumption, faster drying times, and lower energy requirements. In many cases, it even eliminates the need for substrate pre-treatment, streamlining the production process.Beyond Incremental Improvement: A Game-Changer for the IndustryThis is not just an enhancement—it's a paradigm shift. Corrugated packaging printers can now achieve cost-effective, high-quality digital printing without the compromises that previously made inkjet unfeasible. The technology unlocks new creative and functional possibilities, allowing for greater customization, shorter production runs, and more sustainable manufacturing practices.The collaboration between Xaar's expertise in inkjet printheads and Nazdar's mastery of ink formulation showcases the power of strategic innovation. In just 12 months, the partnership has overcome technical barriers that hindered inkjet's viability in the corrugated sector for years.Unlocking the Future of Corrugated PackagingThe future of corrugated printing is here, and it's powered by ultra-high viscosity inkjet. Are you ready to revolutionize your production process? Subscribe to future episodes and visit futureprint.tech Listen on:Apple PodcastGoogle PodcastSpotifyWhat is FuturePrint? FuturePrint is a digital and in person platform and community dedicated to future print technology. Over 15,000 people per month read our articles, listen to our podcasts, view our TV features, click on our e-newsletters and attend our in-person and virtual events. We hope to see you at one of our future in-person events:FuturePrint TECH: Leaders Summit 1 April '25, Valencia, Spain FuturePrint TECH: Packaging & Labels 2-3 April '25, Valencia, SpainFuturePrint TECH: Industrial Print: 22-23 October '25, Munich, Germany

Chapters 00:00 Introduction to Tendon Research and Background 02:51 Understanding Tendon Mechanics and Strain 06:14 The Role of Tendons in Human Movement 09:07 Tendon Strain: Hierarchical Structure and Function 11:58 The Impact of Load and Speed on Tendon Behavior 15:08 Exploring Tendon Creep and Adaptation 18:05 Mechanotransduction and the Importance of Time 21:01 Pediatric Tendon Development and Muscle-Tendon Imbalance 24:00 Training Tendons: Strength vs. Plyometrics 26:46 Viscoelasticity and Tendon Behavior 30:14 Conclusion and Future Directions in Tendon Research 37:42 Understanding Tendon Behavior: Elasticity vs. Viscosity 42:04 The Sweet Spot of Tendon Strain 47:15 Blood Flow Restriction: Mechanisms and Efficacy 52:18 Tendon Compliance: Training and Adaptation 57:06 Passive Stretching: Effects on Tendon Adaptation 01:01:17 Training Age and Tendon Stiffness 01:06:29 Sex Differences in Tendon Adaptation 01:11:03 Future Directions in Tendon Research   Takeaways Dr. McMahon's background includes a PhD in tendon mechanics. Tendons are part of a muscle-tendon-bone complex. Tendon strain is the relative change in length compared to its original length. Tendons have their own metabolism, albeit at a lower scale than muscles. The hierarchical structure of tendons serves to protect against stress. Tendon stiffness can increase with load and speed of movement. Creep occurs under constant load, affecting tendon length over time. Mechanotransduction requires time for effective cellular response. Pediatric tendon development may lead to imbalances with muscle strength. Strength training is more effective for tendon adaptation than plyometrics. Tendon behavior involves both elasticity and viscosity simultaneously. There is a sweet spot for tendon strain duration, ideally between 3 to 15 seconds. Longer isometric holds may not benefit healthy tendons. Blood flow restriction (BFR) may not have unique benefits over traditional training. Tendon compliance can be improved by reducing resistance training. Passive stretching may yield some adaptation in untrained individuals. Training age influences tendon stiffness and adaptation. Sex differences exist in tendon adaptation, with females gaining stiffness at lower force levels. The relationship between training volume and tendon adaptation is complex and requires more research. Understanding how tendons perceive strain is crucial for future studies.    Notes: https://jackedathlete.com/podcast-130-tendons-with-gerard-mcmahon/

Are you ready for something completely different? You're going to get it whether you're ready or not. This week we discuss our ideal Star Wars Holiday Dinner complete with guest list and menu. There are lots of surprises on both. Then we talk about what we're most and least thankful for in Star Wars. That's not all, as an extra added bonus we will run through the exact steps needed to prepare a Hydrogenated Smapp. We go through the exhaustive steps in great detail. When you come over for dinner, don't forget to bring the Nutrient Sticks with Blurrg Dip! Turn up your headphones, dial back your sensibilities, and join the wretched hive of scum and villainy as we take the low road to resistance on Season Five, Episode Twenty Four of Force Insensitive!Send Email/Voicemail: mailto:forceinsensitive@gmail.comDirect Voice Message: https://www.speakpipe.com/ForceInsensitiveStart your own podcast: https://www.buzzsprout.com/?referrer_id=386Use our Amazon link: http://amzn.to/2CTdZzKFB Group: https://www.facebook.com/groups/ForceInsensitive/Twitter: http://twitter.com/ForceNSensitiveFacebook: http://facebook.com/ForceInsensitiveInstagram: http://instagram.com/ForceInsensitive

Do you prefer multistory episodes, single story episodes, or a mix? Let us know! In this episode of 'Discover Daily' by Perplexity, hosts Alex and Sienna explore groundbreaking discoveries in reproductive biology and the world's longest-running laboratory experiment. They delve into how researchers used the Nobel Prize-winning AI tool AlphaFold to identify a trimeric protein complex on sperm that functions as a molecular "key" in vertebrate fertilization. This discovery could revolutionize our understanding of fertility and potentially lead to new treatments for infertility.Finally, Alex and Sienna then take a deep dive into the fascinating Pitch Drop Experiment, initiated in 1927 at the University of Queensland. They explore how this experiment, which demonstrates the surprising fluidity of pitch, has captivated scientists and the public for nearly a century. The hosts discuss the experiment's latest findings, its implications for materials science, and what it reveals about the nature of seemingly solid substances.Perplexity is the fastest and most powerful way to search the web. Perplexity crawls the web and curates the most relevant and up-to-date sources (from academic papers to Reddit threads) to create the perfect response to any question or topic you're interested in. Take the world's knowledge with you anywhere. Available on iOS and Android Join our growing Discord community for the latest updates and exclusive content. Follow us on: Instagram Threads X (Twitter) YouTube Linkedin

The guys continue their special behind-the-scenes tour of AMSOIL's headquarters in Superior, Wisconsin by visiting the mechanical lab, finding out what makes a heavy-duty diesel oil, and learning how new lubrication products are developed. Other topics include filtration, additives, oil change kits, car care products, and how to choose the right oil for your truck. The Truck Show Podcast is proudly presented by Nissan in association with Banks Power, AMSOIL, and EGR USA.

Chris Nashawaty, author of The Future Was Now: Madmen, Mavericks, And the Epic Sci-Fi Summer of 1982, joins Drew and Roth to talk about movies in the 80s! They ask Chris about the unifying idea underneath ET, Blade Runner, Wrath of Khan, Conan The Barbarian, Poltergeist, The Thing, and The Road Warrior: moist monsters are moist monsters are better than dry monsters. And looking back on 1982, they wonder if the movie business ever made any sense, or at least did it function better with goofy cocaine-addled execs. And as always, they dive into the Funbag, figuring out which guests at Shreveport Geek'd Con '24 they're more famous than.Do you want to hear your question answered on the pod? Well, give us a call at 909-726-3720. That is 909-PANERA-0!Sponsors- United by Blue, creators of sustainable apparel and outdoor gear. Use code distraction for 20% off at https://unitedbyblue.com- Tab for a Cause - Raise money for charity while browsing the web at tabforacause.org/distractionCredits- Hosts: Drew Magary & David Roth- Producer: Eric Silver- Editor: Brandon Grugle- Production Services & Ads: Multitude- Subscribe to Defector!About The ShowThe Distraction is Defector's flagship podcast about sports (and movies, and art, and sandwiches, and certain coastal states) from longtime writers Drew Magary and David Roth. Every week, Drew and Roth tackle subjects, both serious and impossibly stupid, with a parade of guests from around the world of sports and media joining in the fun! Roth and Drew also field Funbag questions from Defector readers, answer listener voicemails, and get upset about the number of people who use speakerphone while in a public bathroom stall. This is a show where everything matters, because everyone could use a Distraction. Head to defector.com for more info.

The episode kicks off with a discussion on the relationship between show dealers and buyers, highlighting preferences for pricing transparency and the strategic reasons some dealers choose not to display prices. Dr. Beckett shares personal anecdotes and industry insights, exploring the pros and cons of bargain hunting in dollar boxes versus the premium selections in showcases. He delves into the statistical odds of finding rare cards in packs, drawing from his own experience of pulling a coveted Michael Jordan autograph. The podcast also covers the concepts of velocity and viscosity in card selling and buying, emphasizing the ease of transactions for less sought-after cards compared to high-value items. Dr. Beckett distinguishes between collecting for passion versus focusing on the investment aspect of the hobby, defining roles within the industry such as collectors, dealers, investors, and flippers. He expresses his perspective on autograph cards, the ethics of break videos, and the excitement sports card innovations bring to collectors. 00:29 Listener Questions: Show Dealers and Card Pricing 02:37 Statistical Odds with Unopened Product 04:25 Concepts of Velocity and Viscosity in Sales 05:36 Collecting vs. Collection: A Personal Journey 06:29 Defining Collectors, Dealers, Investors, and Flippers 07:05 Autograph Cards and Break Videos Insights 09:37 Innovations in Card Collecting

Emily, Ky, Eddie Harris, sleepy demon, and secret Teddy are back to bitch about foisting saving the world onto kids, Bush V Gore, and the hash-slinging half slasher(?). Would you fuck the Flying Dutchman? The team is investigating. --- Send in a voice message: https://podcasters.spotify.com/pod/show/wineweedweird/message

Viscosity (or viscous friction coefficient) measures a substance attitude on generating friction between its layers. In other words, it defines the resistance of the fluid to its proper flow.The barbottina's viscosity values - that is the suspension of inorganic raw materials, water and dispersants that after the atomization process will form under the weight of the presses the raw ceramic body - can sometimes rapidly and suddenly change, and grow.In the event of an excessive or out of standard increase, many critical issues may occur, compromising the use of the watery system or even forcing producers to repeatedly stop the production line.What are the main causes that can significantly affect the viscosity values of the slip and what do we need to know the proptly act, avoiding the worst-case scenarios?

Taiyi Wang, Stanford University All instrumented basaltic caldera collapses generate Mw > 5 very long period earthquakes. However, previous studies of source dynamics have been limited to lumped models treating the caldera block as rigid, leaving open questions related to how ruptures initiate and propagate around the ring fault, and the seismic expressions of those rupture dynamics. In the first part of my talk, I will present the first 3D numerical model capturing the nucleation and propagation of ring fault rupture, the mechanical coupling to the underlying viscoelastic magma, and the associated seismic wavefield. I demonstrate that seismic radiation, neglected in previous models, acts as a damping mechanism reducing coseismic slip by up to half, with effects most pronounced for large magma chamber volume, high magma compressibility, or large caldera block radius. Viscosity of basaltic magma has negligible effect on collapse dynamics. In contrast, viscosity of silicic magma significantly reduces ring fault slip. In the second part of my talk, I compare simulation results with the 2018 Kīlauea caldera collapse. Three stages of collapse, characterized by ring fault rupture initiation and propagation, deceleration of the downward-moving caldera block and magma column, and post-collapse resonant oscillations, in addition to chamber pressurization, are identified in simulated and observed (unfiltered) near-field seismograms. A detailed comparison of simulated and observed displacement waveforms corresponding to collapse earthquakes with hypocenters at various azimuths of the ring fault reveals a complex nucleation phase for earthquakes initiated on the northwest. At the end of my talk, I will show ongoing work in deriving rigorous seismic representations of caldera collapse earthquakes from dynamic rupture simulations. The theory is fully general and can be applied to other volcanic processes, enabling parameterization of seismic inverse problems consistent with source physics.

I hate repetition.. but it leads to Consistency. What if a well maintained faith leads to less friction?

John, Ryan, and Joe join us once again, this time to discuss the recent Performance Graded Asphalt Binder, Viscosity Graded Asphalt Cement, and  Slurry and Micro Systems samples. Related information: S4 E27:  November PSP Insights - Unmodified Emulsified Asphalt and PaintS4 E20:  October PSP Insights - Aggregate Gradation and GravityS4 E14:  August PSP Insights - Polymer-Modified Emulsified AsphaltS4 E13: August PSP Insights - Gyratory S4 E12: August PSP Insights - Marshall and HveemS4 E06: June PSP Insights (PGB and BAC)S4 E03: May PSP InsightsS3 E30: November PSP InsightsS3 E23: September PSP InsightsS3 E15: July PSP InsightsS2 E29: The Proficiency Sample Program Participation Guide and Prerequisites for Accreditation 

John Vervaeke and Jordan Hall dive into the intricate concept of hyperobjects, as conceptualized by philosopher Timothy Morton. The discussion revolves around the defining characteristics of hyperobjects, such as their vast distribution in time and space, their non-local and viscous nature, and their challenging temporal scales. They explore examples like evolution and global warming, emphasizing the need for a transformative approach in our cognitive and perceptual frameworks to understand and engage with these complex entities. The conversation also touches on the implications of hyperobjects on distributed cognition and the necessity of developing new modalities of understanding and interaction in the face of such overwhelmingly large-scale phenomena.   Resources and References:   Dr. John Vervaeke: Website | YouTube | Patreon | X | Facebook Jordan Hall: YouTube | Medium | X    The Vervaeke Foundation John Vervaeke YouTube Awakening from the Meaning Crisis The Elusive I - Part 1 - The Cognitive Science Show Books, Articles, and Publications Hyperobjects: Philosophy and Ecology after the End of the World - Timothy Morton The Republic by Plato - The Internet Classics Archive The Sovereignty of Good - Iris Murdoch The Enigma of Reason - Hugo Mercier, Dan Sperber Quotes "Hyperobjects, like global warming and evolution, are non-local. You can't point and say, there's evolution." - John Vervaeke "The horror and the fascination are two facets of a deeper thing, which is the mystery of the thing." - John Vervaeke "We need a practice that will continually remind us of our proclivity to trying to subsume the hyper object space into the object space." - Jordan Hall "Until you have learned fully what it means to have unconditional love for and with and from yourself, it is in fact both impossible and inconceivable that you can do this with someone else and from someone else." - Jordan Hall   Timecodes: [00:00:00] Introduction to the special "Voices with Vervaeke" series with Jordan Hall on the topic of hyperobjects​​. [00:07:30] Discussion on the non-locality of hyperobjects like global warming and evolution, which cannot be pointed to in a specific time and space. [00:15:00] Exploration of the concept of hyperobjects revealing properties of every object, demanding a fundamental transformation in our relationship to all of being. [00:22:15] Jordan Hall reflects on the emergence of complexity and chaos theory in the 1980s, and its implications for understanding reality beyond linear analysis. [00:30:00] The challenge of adapting to hyperobject space and developing new modes of agency beyond the limitations of object space. [00:38:00] Discussion on the aesthetics of the numinous as an alternative to the aesthetics of horror in relation to hyperobjects. [00:45:30] The need for a new practicum for engaging with hyperobjects, including practices of meditation and contemplation. [00:52:00] The importance of distributed cognition in understanding and relating to hyperobjects, highlighting the concept of dia logos. [00:59:30] Emphasizing the need for a practicum that addresses modal confusion and the tendency to subsume hyperobject space into object space. [01:03:00] Exploring the role of psycho-technologies in stabilizing our engagement with hyperobject space. [01:10:00] The significance of vocation in provisionally responding to shared needs in a hyperobject-influenced world. [01:15:00] Discussion on how belief systems and religions can serve as frameworks for managing cognitive loads in collective coherence. [01:17:00] Reflecting on the contrast between finite and infinite games in the context of engaging with hyperobjects. [01:23:00] Technology as a hyperobject transforms our core reality, necessitating a balance between its weaponization and the curiosity-driven creation of new possibilities.  

Hey there, automotive enthusiasts!

What are museums, and what purpose do they serve? As a regular museum-goer — both when I'm travelling and also at home when I need distraction or creative inspiration — I'm always intrigued, both by what they show and how they show it. If you've been following my Compliance In The Wild series on LinkedIn (example post here) you'll know that museums regularly feature as they often contain fabulous examples of Human Risk and the methods we use to mitigate it. My guest on this episode is Dr Freddie Mason, who is a Senior Creative Strategist at Bompass and Parr and the author of a report on the future of museums. The report explores what a museum is, or rather, what it could be.Bompas & Parr are, in their own words, ‘a fully-fledged creative studio offering food and drink design, brand consultancy and immersive experiences across a diverse number of industries'. When they research something, it's not your traditional piece of research because they also add creative flair to their findings.Which is why, in the report and on the show, you'll hear some fascinating insights, including:What purpose do museums serve?;Do museums need to be in physical locations;How could museums could be transformed into vibrant social spaces;What role can museums play as catalysts for societal issues;How virtual reality could provide immersive experiences in museums;The importance of providing inclusive environments in museums;How liminal spaces could be deployed as museums;and much, much more.LinksTo learn more about Bompas & Parr: www.bompasandparr.comThe report we discuss: https://bompasandparr.com/case-study/future-of-p-leisure-2024/Freddie's book on Viscosity: https://punctumbooks.com/people/freddie-mason/To hear Alix Cherobrier (then Hope) talking about the future of experiences on the show in 2020: https://www.humanriskpodcast.com/alix-hope-on-fluid-landscapes/To hear Professor Tom Schoessler talking on the show about deploying Behavioural Science in a Museum: https://www.humanriskpodcast.com/professor-tom-schossler-on-deploying/

Full title: Psychedelics and the Future of Religion: Panel discussion on Race and Exoticism in Global Psychedelic Spirituality with Professors Lucia and Saldanha Drawing from their respective perspectives and scholarship, Professors Lucia and Saldanha led a conversation around the racialized politics/ethics of the hallucinogenic experience (or discourses thereof) within the context of modern spiritualities. Amanda Lucia is Professor of Religious Studies at the University of California-Riverside. She is author of White Utopias: The Religious Exoticism of Transformational Festivals and is the Principal Investigator for the Religion & Sexual Abuse Project. Arun Saldahna is Professor in the Department of Geography, Environment, and Society at the University of Minnesota. He is the author of Psychedelic White: Goa Trance and the Viscosity of Race and Space After Deleuze. This event took place October 26, 2023. For more information: https://cswr.hds.harvard.edu/ A transcript is forthcoming.

00:30 Excellent toast toppings and 2023 music 15:00 Bake Off (no seriously...) 23:20 Mark hates Alison Hammond 25:45 BlackBerry 33:00 Mark beats Super Mario Wonder 47:30 El Paso Elsewhere 1:03:35 Jack platinums Spider-Man 2 already 1:23:45 Unity's controversial Runtime Fee policy was "rushed out" 1:31:40 Metal Gear Solid 3 remake teaser footage 1:37:50 Super Mario Bros Wonder fastest selling Mario game ever in Europe 1:42:35 Mark discusses debuting his game demo at GamerFest 1:55:45 Question to Mark about Space Lion studios 1:59:50 I always wanted more... Like, listen, share and subscribe, we appreciate any love from you fine people. We are available on most podcast platforms, just search ‘Link to The Cast'. linktr.ee/linktothecast If you wanna contact us for our mailbag, or just to say hi, or if you just want to keep up to date on our content as it's posted, check out the following: linktothecast.wordpress.com / linktothecast@gmail.com @linktothecast on Twitter The lads are: ► @thedaytodave ► @lithiumproject ► @jacklayzell ► @garrettkidney The Grap Up- a once in a while pro wrestling podcast with Mark and Bryan Rose. Jack's music recs - Origami Angel - The Brightest Days Del Paxton - Auto Locator blink-182 - One More Time... Feeble Little Horse - Girl With Fish Daughter - Stereo Mind Game Lakes - Elysian Skies boygenius - the record Lies - Lies Manchester Orchestra - The Valley of Vision

This week on the podcast, I'm joined by the sponsor of On The Throne - The Mudman. We chat about life before he became known as the mudman. What drove him to become the mudman and whats next.

Have you seen those signs on the back of a truck that say, “not responsible for broken windshields”?  Do they have any legal standing? I answer that DYC question as well as talk about how the town of Aspen wants to lower their speed limit to 15 mph. Also, what are the 20 most famous Instagramable streets in the US? And I open the mail bag and find it full of moisture. All that and more on the Driving You Crazy Podcast.    Contact: 303-832-0217 or DrivingYouCrazyPodcast@Gmail.com Jayson: twitter.com/Denver7Traffic or www.facebook.com/JaysonLuberTrafficGuy  WhatsApp: https://wa.me/17204028248 Instagram: https://www.instagram.com/denver7traffic   Production Notes: Open music: jazzyfrenchy by Bensound Close music: Latché Swing by Hungaria

In this episode, Marcus talks with Karl about the developments with ultra-high viscosity inkjet and the Xaar Open Day which takes place on 7 November at Xaar's R&D Centre in Waterbeach close to Cambridge, the day preceding FuturePrint TECH 8-9 November! Karl rejoined Xaar in 2022 having previously worked at Xaar for a period in the early 2000s where, amongst other things, Karl was one of the team developing Xaar's patented TF Technology.  Karl started his career within the R&D team at Videojet working within the Continuous Inkjet Printing industry and has also worked at Inca Digital as their R&D Projects Director.  Outside of industrial inkjet, Karl has also managed development teams within the telecoms industry and worked at Cambridge Consultants managing teams developing highly innovative technology solutions with a strong customer focus.

Host Carm Capriotto welcomes Lee Rhodus, Territory Sales Manager for Deckman Oil, to discuss the current state of the oil industry. They delve into the history of Deckman Oil, the importance of oil in various industries, and the different types of motor oil available. They also touch on engine oil viscosity grades, the advancements in additive technology, and the challenges faced by repair shop owners in managing different oil inventories. Lee Rhodus, Territory Sales Manager, Deckman Oil. Show Notes Watch Full Video Episode The history of Deckman Oil (00:00:44) Lee Rhodus discusses the origins and history of Deckman Oil, a fuel distributor that started in 1924 and will be celebrating its 100-year anniversary next year. The science behind synthetic oils (00:01:06) Carm and Lee talk about the creation of synthetic oils after World War II and the fascinating science behind them. Different types of motor oil and their marketing (00:04:30) Lee explains the differences between synthetic blend, conventional, and full synthetic oils, and how they are marketed in the industry. The rise of lighter grade oils (00:09:01) Discussion on the shift from 0W-20 to 0W-16 and the increasing popularity of lighter grade oils for fuel economy. Additive packages and oil quality improvement (00:12:35) Exploration of the advancements in additive technology and the overall improvement in the quality of motor oil over the years. Managing oil inventory in repair shops (00:15:25) The challenges faced by repair shop owners in managing the increasing variety of oil viscosity grades and the shift towards smaller packaging options. The lithium supply issue (00:18:23) Discussion on the tight supply of lithium and its impact on the prices of oil and grease. The use of calcium grease as an alternative (00:20:26) Exploration of calcium grease as a viable alternative to lithium grease due to its competitive pricing and water wash out protection. Changes in API specifications for motor oil (00:24:39) Explanation of the updated API requirements for motor oil to meet the needs of modern engines, prevent issues like low speed pre-ignition, and ensure turbo and engine integrity. Oil analysis for automotive fleets (00:27:51) Discussion on the limited use of oil analysis in automotive fleets due to conservative drain intervals. Thanks to our Partner, NAPA AUTO CARE Learn more about NAPA AUTO CARE and the benefits of being part of the NAPA family by visiting https://www.napaonline.com/en/auto-care Connect with the Podcast: -Join our Insider List: https://remarkableresults.biz/insider -All books mentioned on our podcasts: https://remarkableresults.biz/books -Our Classroom page for personal or team learning:

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2023.07.10.548473v1?rss=1 Authors: Singh, S. B., Rajput, S. S., Sharma, A., Ananthanarayanan, V., Nandi, A., Patil, S. P. V., majumdar, a., Subramanyam, D. Abstract: Protein aggregation is a common underlying feature of neurodegenerative disorders. Cells expressing neurodegeneration associated mutant proteins show altered uptake of ligands, suggestive of impaired endocytosis, in a manner as yet unknown. Using live cell imaging, we show that clathrin mediated endocytosis (CME) is affected due to altered actin cytoskeletal organization in the presence of Huntingtin aggregates. Additionally, we find that cells containing Huntingtin aggregates are stiffer and less viscous than their wild type counterparts due to altered actin conformation, and not merely due to the physical presence of aggregate(s). We further demonstrate that CME and cellular viscosity can be rescued by overexpressing Hip1, Arp2/3 or transient LatrunculinA treatment. Examination of other pathogenic aggregates revealed that only a subset of these display defective CME, along with altered actin organization and increased stiffness. Together, our results point to an intimate connection between functional CME, actin organization and cellular stiffness in the context of neurodegeneration. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

As Dr. Grant Stevens so famously reminds us, The Technology of Beauty features the movers and shakers of the beauty business. And today is certainly no exception. For while you could be forgiven for being unfamiliar with today's guest, you'll surely be hearing more from Dina ElSherif and her brand-new company, Trufacial.Because this entire episode is devoted to discussion of a single device that could very well turn an entire category of service-based aesthetics into an at-home option for self-care. And it's also… fun?With a microdermabrasion diamond tip, a massaging tip, and a microneedling tip combined with serum delivery and sterilization in a single, all-inclusive cordless home unit, the potential for disruption is boundless.Watch Dr. Stevens test the device on his own face in the middle of the interview while discussing all the details on the latest episode of The Technology of Beauty.Show Notes:00:00 Intro00:32 Aesthetics and engineering background13:33 Origins of the device16:48 Prototype and walkthrough19:55 How often can the procedure be done?22:04 Viscosity and consistency of the serum25:05 Microneedling25:52 How long does it take?26:41 Dr. Stevens tries the device28:03 Closing words» Apple Podcasts | https://podcasts.apple.com/us/podcast/technology-of-beauty/id1510898426» Spotify | https://open.spotify.com/show/0hEIiwccpZUUHuMhlyCOAm» Recent episodes | https://www.influxmarketing.com/technology-of-beauty/» Instagram | https://www.instagram.com/thetechnologyofbeauty/» LinkedIn | https://www.linkedin.com/company/the-technology-of-beauty/The Technology of Beauty is produced by Influx Marketing, The Digital Agency for Aesthetic Practices. https://www.influxmarketing.com/Want more aesthetic insights? Subscribe to Next Level Practices, the show where we discuss the ever-changing world of digital marketing and patient acquisition and bring you the latest ideas, strategies, and tactics to help you take your practice to the next level. https://www.influxmarketing.com/next-level-practices/

It's Camp time!! In this episode the boys are joined by Karisa, AJ, Jerad, Wyatt, Sharlene, Tyler and Layton! With topic of conversation from Mason's Grandma, to Trashing Pants and Hidden Poo to Shart's first Shart!

The Quad is back after our short break! Hear us talk life, day-to-day water alternatives, and more! Also, don't forget to drop your questions in the box below!

Today we have Manuel Froeschle from BOCK compressor and he will discuss with us BOCK CO2 compressors and the BOCK VAP compressor selection software and new excellent tips. So stay tuned, grab your pen and paper, because this episode will be fully loaded with information.   In this episode Manuel will share: VAP software for sizing, designing, and technical info - https://vap.bock.de/ 4 & 6 Star CO2 Compressors with ranges from 13Hz to 75Hz Stationary and Mobile CO2 compressor offerings BOCKs oil pump designs Viscosity of oil, superheat, discharge, and oil sump temperatures What the MT superheat is influenced by About Our Guest Manuel Fröschle from BOCK compressor is the Application Engineering & Product Manager for Natural Refrigerants.  He is a mechanical engineer with more than 13 years at BOCK and has a huge amount of knowledge on CO2 refrigeration.   Connect with Manuel Fröschle LinkedIn: Manuel Fröschle   ================================================ Would you like to have enough CO2 knowledge to work confidently on Transcritical Systems? ENROLL NOW in this intensive 4-Week CO2 Refrigeration Program with Refrigeration Mentor   All Access to Refrigeration Mentor Content:  Learn More Upcoming Compressor Masterclass: Learn More Upcoming Supermarket Learning Program: Learn More Free System & Compressor Troubleshooting Guide Subscribe to the Refrigeration Mentors video newsletter and get your Free Compressor Guide Youtube Channel: https://www.youtube.com/c/refrigerationmentor Connect with the Refrigeration Mentor IG: @RefrigerationMentor          

S5E11 - Viscosity To Suit All Tastes Nick and Steve are back in the shed talking about Mud and what do do in an airplane explosion. If you like TheScienceShed, the best thing you can do is share it on social media, and to follow us all on twitter, and please leave us a rating or review on iTunes! twitter @SteveTheChemist, @theevanslab & @TheScienceShed

It wasn't the first time that Ryan Osmun had been hiking in a National Park, nor was it the first time he had hiked in the winter. Ryan knew what equipment to take and packed accordingly. As a photographer he enjoys hiking trails when they're less populated. But he never expected to find himself or his girlfriend stuck on the trail, literally. A desperate phone call for help brought lifesaving assistance.We also speak to Faris ‘Faz' Ali, Deputy Station Officer of Bay Search & Rescue about how to look for signs of quicksand and what to do if you find yourself sinking on a beach or riverbed. As well as what to do if you get your vehicle or ATV stuck.For more on this episode, or to share your own story visit OnStar's website.

Bulk Viscosity of Relativistic npeμ Matter in Neutron-Star Mergers by Mark Alford et al. on Monday 12 September We discuss the bulk viscosity of hot and dense $npemu$ matter arising from weak-interaction direct Urca processes. We consider two regimes of interest: (a) the neutrino-transparent regime with $Tleq T_{rm tr}$ ($T_{rm tr}simeq 5div 10$ MeV is the neutrino-trapping temperature); and (b) the neutrino-trapped regime with $Tgeq T_{rm tr}$. Nuclear matter is modeled in relativistic density functional approach with density-dependent parametrization DDME2. The maximum of the bulk viscosity is achieved at temperatures $T simeq 5div 6$ MeV in the neutrino-transparent regime, then it drops rapidly at higher temperatures where neutrino-trapping occurs. As an astrophysical application, we estimate the damping timescales of density oscillations by the bulk viscosity in neutron star mergers and find that, e.g., at the oscillation frequency $f=10$ kHz, the damping will be very efficient at temperatures $4leq Tleq 7$ MeV where the bulk viscosity might affect the evolution of the post-merger object. arXiv: http://arxiv.org/abs/http://arxiv.org/abs/2209.04717v1

Not all engine oils are created equal. Viscosity, heat range, performance, and protection can each vary widely. Carmine Colarusso knows this better than most. The CEO of Ultra1Plus has been blending oils for 25 years, many engineered to the specific needs of individual customers. As he sees it, “When you do an oil analysis, it's like you're doing a blood test,” he tells Kevin and Willie. “We have the biggest and widest product range that a manufacturer has for their customers…. Any product, we can make it.” Learn more about your ad choices. Visit megaphone.fm/adchoices

Commentary by Dr. Valentin Fuster

Originally aired December 30, 2021Taryn Cowart (now a creative director on the brand studio team at GitHub, previously of Instrument) joins Sean to talk about wedding ghosts, the Great D̵i̵s̵m̵a̵l̵ Swamp, and sheet cake shenanigans. We're layin' eggs and droppin' bombs in the episode that the former editors of the Coraddi call “a cesspool of commies and queers.”Follow Taryn at @taryncowart on all the things, or check out her website at taryncowart.com.This is the first of our summer reruns, but don't worry! Sean is venturing out into the world to record a few new guests in parts unknown, and new episodes will return August 25. Until then, though, we'll be taking a cue from summer prime-time TV and pivoting to reruns of “old” favorites—as the extraordinarily lazy 1998 ad campaign for NBC's summer reruns once put it, “if you haven't seen it, it's new to you!” If you're hoping to get a friend into the show, though, maybe now's a great time?Follow the show on some of the things via our website, dididothat.design! You can also find the show's Patreon there, should you find yourself in a Brewster's Millions type scenario where you need to get rid of money fast and any old thing will do (or, you know, if you just like this thing and want to help support its production). Either way is fine by me!If you enjoyed this episode and want to support the show, help spread the word! Five-star reviews are always welcome, as are written reviews if you need something to keep your idle hands at bay. Don't want to deal with the hassle of stars or keys? Telling a friend IRL is a great way to avoid both, and helps the show plenty!Got a story to share? If you're a graphic designer or know one who might have a story that would be a good fit for this show, reach out! Sean is booking out guests for this summer hiatus and would love to have you on board, especially if you're in the Seattle or Vancouver BC areas. Email hi@seanschumacher.com if you're interested! See acast.com/privacy for privacy and opt-out information.

Learn those formulas and effect of temperature (common MCQ)

For our mid-season finale, we're joined by Laura Swisher to watch various influencers take on THE GAME ROOM. Teams of pretty bois, tiktok teens, and circle celebs faced off (or at least tried to) and we had our priorities straight for discussing the important parts: the lava viscosity and team footwear.This is the last episode until the second half of season two drops! Don't unsubscribe in your podcatchers, and keep an eye on @lavaandfloor on Twitter for updates!Our theme song is “Lava” by Doctor Popular, you can find more of his music here: https://docpop.bandcamp.com/ See acast.com/privacy for privacy and opt-out information.

Thick, viscous blood is linked with heart disease development and blood clots. Learn how to assess your blood viscosity and ways to reduce it. Support Healthy Hydration and Exercise Performance with this new Electrolyte Stix by MYOXCIENCE Nutrition: https://bit.ly/3uAWrV6 Blood work cheat sheet: https://bit.ly/3dyy4zM Link to research and show notes: https://bit.ly/blood-viscosity-tips Time Stamps:  00:05 Therapeutic phlebotomy may benefit high ferritin and hemoglobin in men and in post-menopausal women. 00:30 Donating blood once or twice a year brings down stored iron. 00:35 Iron overload and iron excess can drive the process of cardiovascular disease.  01:35 Iron depletion by phlebotomy improves insulin resistance in patients with non-alcoholic fatty liver disease. 01:45 Insulin and hyperinsulinemia cause changes in iron metabolism, iron absorption and iron physiology, and ferritin metabolism. 02:41 Excess iron gets stored in your liver, pancreas, and heart, and can impact your brain.  03:35 More than diet influences iron levels.  06:00 You need iron to transport oxygen in your hemoglobin.  07:18 Iron and ferritin are acute phase reactants.  08:45 COVID 19, even the omicron variant, may increase blood viscosity/thickness.  09:35 Free iron accelerates the process of the oxidation of LDL.  11:15 Ferritin stores iron. It is amino acids that hold molecules of iron. 12:50 Exercise helps with iron metabolism and your cardiovascular system.  14:15 High ferritin and high hemoglobin and hematocrit mean that there is a lot of free iron floating around.  17:50 Phlebotomy therapy for study participants with non-alcoholic fatty liver disease showed improvements in ferritin, hemoglobin, liver enzymes and markers of insulin sensitivity.  21:40 High frequency blood donation is protective against cardiovascular disease and reduced relative risk of having a heart attack.   

It's Dave's birthday! So the other three guys pretended to ignore that meaningless event by discussing anything more interesting. Brad's zero luck Zoom skills? Check. Matt's smoky skank of a customer? Check. Craig's useless U-Haul neighbors? Check. THEN, they roasted him. Focused, it's not. Funny? Definitely. 

The essence of the digital transformation journey is understanding trade-offs, and today's digital battle offers clear points for each side of the argument.  We all want the digital thread to work and data to flow without interruption, so where is the hold up? On the latest Digital Battle, Craig Brown and Mark Pendergast tackle the viscosity of data and why it doesn't flow like it should.  Is it the people or the technology that slows the processes down?  Craig immediately attributes the hold up to people, Mark argues that the technology isn't in place to make things happen effectively, and with that, another heated digital battle is under way.     On today's podcast, you will learn: Craig blames the people Data flow is impeded by people because of the differing opinions about which tools are the best ones.  The unwillingness of people to conform to what matters to the company is what holds up the flow of data.  If the data is stuck and won't move, it's because of the people.  People try too hard to perfect their designs before they are willing to share data.    Mark argues against the technology People are trying to get their jobs done, and have to share information with others to do so.  If data is stuck, it's because of the technology.  The tools are not mature enough to effectively communicate with other tools.  The incompatibility of standards limits productivity.  Maturity-based, phased release isn't sufficiently supported by technology.    Is there a third player to blame?  Processes might be the real culprit in this digital battle.  Experience has taught too many people to hold onto their data rather than share it.  Processes marry people to the technology and in many cases, is the true point of failure.    The impacts of poor flow Data isn't able to be reused because it's not optimally formatted.  Change cycles greatly contribute to the lack of viscosity.  Time to market is affected by poor flow.  Quality is critically impacted by poor flow.    How can flow be improved? On the people side, people need to emphasize communication about the latest data.  Quality checks need to be in place at every checkpoint.  Understand how your widget fits into the bigger picture and how it is used by others.  On the technology side, data flow needs to be designed to work.  A plan to execute free data hand off from end-to-end would greatly improve flow.  Data governance cannot be static- data flow governance is needed to make data flow. Metrics and rewards need to measure flow.     Key areas of value for viscosity of data Clear measures need to be established to identify reuse of data.  Consumers willingness to pay for a product is really what matters most.  Mainstream flow has many inefficiencies that need to be addressed.  Vendors need to insist on new tools that fit with existing tools.  The CAD to PLM to ERP chain needs to be refined end-to-end.    Continue the conversation with us within the Digital Enterprise Society Community at DigitalEnterpriseSociety.org.   Digital Download: Virtual Round-Table Series

#LAP in the building w/ the brotha Rob RileyReally guest hosting and filling in for the good brotha Lefty - T.I. of "You Don't Know Me" fame has decided to tell jokes outside of ATL and it did not go well - Fat Joe the artist vs. Fat Joe the social media presence, do we care about either? - Cam Newton of erratic and inconsistent QB'ing fame is talking too much again......but nobody should be surprised by that - Maino of "Hi Hater" fame is a wild bol when it comes to role playing and he doesn't mind sharing the info - Plus some other non sense and unnecessary foolishness that you won't get anywhere else! Tap In! #LAP #ForThePeople #TheBruvas

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what is Viscosity | Definition, Meaning, Formula, Types, Example, Practical, Who poses viscosity, Unit, Relationship between temperature and viscosity, Dynamic and Kinematic viscosity Get PDF Notes Free to Download from our website https://www.chemistrynotesinfo.com/2019/02/what-is-viscosity-in-chemistry.html

This episode sucks --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

PASTERDS LINKS: Pasterds Website: www.ingloriouspasterds.com Pasterds Twitter: www.twitter.com/PasterdsPodcast Michael Baysinger Twitter: www.twitter.com/mjbaysinger Matt Polley Twitter: www.twitter.com/polleynamedmatt Brad Polley Twitter: www.twitter.com/polleynamedbrad Instagram: www.instagram.com/ingloriouspasterds Facebook: www.facebook.com/pasterdspodcast   SUPPORT US ON PATREON TO JOIN THE PASTERDS PUB: http://www.patreon.com/pasterdspodcast LEAVE US A VOICEMAIL FOR ASK A PASTERD: 484-PASTERD Yep. That's (484)727-8373   WANT MORE HOT CONTENT?!? HEAD OVER TO PATREON TO GET ACCESS TO OUR SPINOFF PODCASTS: Tao Te Matt, Deep Thoughts w/ Michael, Rumi-nations, Hymns of Reconstruction, TERD Talk, & More http://www.patreon.com/pasterdspodcast

Episode: 2164 Henry Selby Hele-Shaw, and the many faces of yesterday's engineer.  Today, a remarkable engineer from another century.

Taryn Cowart (Creative Director at Instrument) joins Sean to talk about wedding ghosts, the Great D̵i̵s̵m̵a̵l̵ Swamp, and sheet cake shenanigans. We're layin' eggs and droppin' bombs in the episode that the former editors of the Coraddi call “a cesspool of commies and queers.” Follow Taryn at @taryncowart on all the things. Follow "Did I Do That?" on some of the things via our website, https://dididothat.design! If you enjoyed this episode, why not tell a friend (please ignore the many obvious reasons why not)? Please also rate us highly on your podcast platform of choice and, if you would be so kind, write a review too—yours could be our first!

Games, seasonal science songs, and Nature's 10.01:12 "Oh powered flight"In the first of our festive songs, We pay tribute to NASA's Ingenuity craft - which took the first powered flight on another planet earlier this year. Lyrics by Noah Baker and performed by The Simon Langton School choir, directed by Emily Renshaw-Kidd.Scroll to the bottom of the page for the lyrics.Video: Flying a helicopter on Mars: NASA's IngenuityNews: Lift off! First flight on Mars launches new way to explore worlds07:40 Communicating complex science with common wordsIn this year's festive challenge, our competitors try to describe some of the biggest science stories of the year, using only the 1,000 most commonly used words in the English language. Find out how they get on…Test your skills communicating complex science with simple words with the Up-Goer Five Text Editor18:04 Alphafold oh AlphafoldOur second song brings some Hanukkah magic to Deep Mind's protein solving algorithm Alphafold. Lyrics by Kerri Smith and Noah Baker, arranged and performed by Phil Self.Scroll to the bottom of the page for the lyrics.News: ‘It will change everything': DeepMind's AI makes gigantic leap in solving protein structures21:01 Nature's 10Every year, Nature's 10 highlights some of the people who played key roles in science. We hear about a few of the people who made the 2021 list.News Feature: Nature's 10 — Ten people who helped shape science in 2021Oh Powered flightO fateful night!The stars are brightly shiningit is the night to look far beyond the Earth!Long was the way to get to the red planet,‘til he appear'd and the world felt his worth.The thrills and hope as he warmed up his motors.Delays cause stress until the glorious morn!Rise! To the skies.Above the Martian surface.Oh powered flight.Hearts are full, as history's made.Oh joy, it flies!Mars-copter, for the first time.Led by a team, adept in aeronautics,they rethought all of their theories of flight.So led by da-ta, they crafted all the rotors,to create lift though the atmosphere was light.Viscosity is what would make is happen,but Reynauld's number drove the craft's design.Rise! To the skies.Above the Martian surface.Oh powered flight.Hearts are full, as history's made.Oh joy, it flies!Mars-copter, for the first time.Truly it showed, our exploration's boundless,with caves and canyon's now all within our grasp.Ingenuity will pave the way for others,to pair with rovers, or solo payload tasks.Sweet hymns of joy in grateful chorus raise we,Let all within us praise this great success.Rise! To the skies.Above the Martian surface.Oh powered flight.Hearts are full, as history's made.Oh joy, it flies!Mars-copter, for the first time.Alphafold oh AlphafoldOh, Alphafold... See acast.com/privacy for privacy and opt-out information.

In this episode I will be talking about the different misconceptions involved with small engine oil, also I'll be talking about why you lose oil so fast and why you're always seeing white or black smoke. --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app

For today's episode we will be reviewing three more articles from the Jan-Feb 2020 issue of Allergy Watch, a bimonthly publication which provides research summaries to College members from the major journals in allergy and immunology. You can also earn CME credit by listening to this podcast! For information about CME credit, head over to https://college.acaai.org/allergytalk Article Links: The clinical benefit of mepolizumab replacing omalizumab in uncontrolled severe eosinophilic asthma. Altered Viscosity of Nasal Secretions in Postnasal Drip. Walnut antigens can trigger autoantibody development in patients with pemphigus vulgaris through a "hit-and-run" mechanism. Please rate our podcast on iTunes! Please give us feedback, corrections, and suggestions! Email feedback to: allergytalk@acaai.org ACAAI is presenting this podcast for educational purposes only. It is not medical advice or intended to replace the judgment of a licensed physician. The College is not responsible for any claims related to procedures, professionals, products or methods discussed in the podcast, and it does not approve or endorse any products, professionals, services or methods that might be referenced. Today's speakers have the following disclosures: Drs. Lee and Kalangara have nothing to disclose. Dr. Fineman Speaker: AstraZenca, Boehringer Ingelheim, Shire; Research: Aimmune, DBV, Shire, Regeneron.

In this episode, we'll talk a little bit about viscosity - a key property of drilling fluids. Hopefully we answer a few common questions and inspire a few more!

From BCB... http://bestofbcb.org/wu-267-may-events-at-barn/ May at the BARN offers a wide variety of learning opportunities, including: May 15: Introduction to Raspberry Pi, a $35 open-source computer that fits in the palm of your hand May 21-22:  Make bone bookmaking tools and objects by hand with Jim Croft May 24: Viscosity printing with Denise Kester and the monthly meeting of the Book Arts/letterpress group May 26: Writers Roundtable and Chiaroscuro Wood Cut Relief Carving with Ann Schuster May 28: Basic stone setting with round and square tubing, taught by Jennifer Stenhouse ... and on Mondays there will be a series of workshops on chain necklace-making taught by Jane Martin. For more information about these and other BARN offerings, visit the BARN website at http://www.bainbridgebarn.org. Credits: BCB host: Joanna Pyle; audio editor: Chris Walker; publisher: Diane Walker.