Podcasts about vft

Today we play a horror themed version of the VFT

Today we have a ton of guests in to play another spooky themed VFT

We play another game of The VFT. who will come out on top this time?

Patsy and Ashes are back and have brought a guest along for this week's ride! They are joined by Christopher Dukes from the new Amazon anthology film Very Frightening Tales (see link below), in which he stars alongside Joe Estevez and Academy Award Nominee Eric Roberts! He discusses his journey through the film industry, and how he approaches various roles on set, as well as some behind-the-scenes information on VFT! All this plus battle results, science, and wine on this week's episode! Dead of Winter ticket and vendor info: https://www.mjmllc.com/dead-of-winter Very Frightening Tales: https://www.amazon.com/gp/video/detail/B0CNZG93VY/ref=atv_dp_share_cu_r Find out more at https://throwdown-thursday.pinecast.co Send us your feedback online: https://pinecast.com/feedback/throwdown-thursday/4551ccd9-a899-452a-ba15-62e6fe5c4bc4

Nostalgiapalojen jaksossa 35 pureudutaan Champions Cupin ja sen edeltäjien Eurooppa Cupin ja EuroFloorball Cupin 30-vuotiseen historiaan ja suomalaisten naisjoukkueiden menestykseen. Suomalaiset naisjoukkueet ovat onnistuneet voittamaan tuon seurajoukkueiden Euroopan mestaruuden vain kahdesti. Ensimmäisenä suomalaisjoukkueena Euroopan valloitti Tapanilan Erän naisten joukkue vuonna 1999. Tuota historiallista ensimmäistä Suomalaisjoukkueen Eurooppa Cupin mestaruutta on muistelemassa tuon mestarijoukkueen valmennustiimiin kuulunut Markku ”Ransu” Rantala ja joukkueen maalivahti Kati ”Suoppi” Suomela. Jälkimmäinen naisten Suomeen tuoma mestaruus on vuodelta 2004, jolloin Classic oli Euroopan paras. Tuota mestaruutta muistelee joukkueen kapteeni Katriina ”Kassu” Saarinen. Studioisäntänä toimii museoukko Jari Kinnunen. Jakson sisältö: 00:00:00 – 00:24:43 Ensimmäinen Eurooppa Cup -mestaruus 1999 – Markku Rantala - 1993 Eurooppa Cup, 2007 Euro Floorball Cup ja 2011 Champions Cup - Erä valtasi Euroopan - Ruotsalaiset olivat poissa - Tasoerot olivat suuret - Suomalaisen naissalibandyn kulta-aikaa - Euroopan paskimmasta Euroopan parhaaksi - VFT:n ja Erän kulttuurien yhdistäminen - Seurajoukkueiden TOP 10 00:24:44-00:39:00 EC mestari Tapanilan Erä 1999 – Kati Suomela - Neljän mestaruuden vuosi - ”Hitsi, kun ruotsalaiset puuttuivat” - Taitava ja urheilullinen joukkue - Peli kestää 60 minuuttia - ”Kaikki kortit käännettiin” - Mikä Erästä teki mestarijoukkueen? - Maantieteellinen sekoitus myös vahvuutena 00:39:01-00:55:38 Classic Euroopan paras 2004 – Katriina Saarinen - ”Kaikki meni 100 %:sti nappiin” - Sveitsin Dietlikonilla oli nimekkäin joukkue - Ruotsalaiset nurin kaksi kertaa - ”Turnauksessa päästiin elämään ammattimaista urheilijan arkea” - ”Kukaan ei meihin usko, paitsi me itse” - Ultimaattinen keskittyminen - Mäntynen – Saarinen – Molkka - 4 päivässä 5 ottelua - Hotellissa pientä kahnausta sveitsiläisten kanssa - Passo pelaajavärväyshommissa - ”Suomen huonoimmasta Euroopan parhaaksi” - ”Mestaruusputken siemenet kylvettiin jo tuolla”

Salibandymuseon nostalgiapalojen jaksossa numero 31 perataan Juha Kivilehdon peliuraa. Salibandymuseon Nostalgiapalojen jaksossa 31 paketoimme erään ikonisen pelaajalegendan käsittämättömän tarunhohtoisen tarinan. Nelinkertainen maailmanmestari, kymmenkertainen Suomenmestari, kaikkiaan 23 kautta Suomen ja Ruotsin pääsarjoissa, MM-kisojen all stars -pelaaja, kauden salibandypelaaja, urheilutoimen johtaja ruotsalaisseurassa, päävalmentaja hallitsevassa suomenmestariseurassa. No sehän on tietenkin Juha ”Juhis”, ”Junnu” Kivilehto. Tässä Kivilehdon tarinan ensimmäisessä osassa käydään hyvin seikkaperäisesti läpi hänen pelaajauransa Suomen ja Ruotsin pääsarjoissa. 23 vuotisen pelaajauransa aikana hän on ehtinyt edustaa peräti yhdeksää eri seuraan Suomessa ja Ruotsissa. Studioisäntänä toimii museoukko Jari Kinnunen. Jakso 31 sisältää mm.: 00:00:00 – 01:02:49 Kivilehdon pelaajaura Suomessa ja Ruotsissa, osa 1 - Nuoruuden pelaajaidolit VFT:ssä? - Ensimmäiset mestaruusjuhlat? - Sensaatiomainen Eurooppa Cup-kulta - Pelaamisen ja opiskelun yhdistäminen - Pois kotoa, muutto Ruotsiin - Mihin dynastiat perustuvat? - Menestymisen avaimet? - Siirtopommi - Matka jatkui lakeuksille - Takaisin Ruotsiin - Liian vanha ja liian hidas? - ”Amu oli Kaidea siistimpi suustaan” - Urheilijaksi herääminen - ”Entisaikojen rookie-kasteista oltaisiin nykyään oikeudessa” - Mieleenpainuvimmat mestaruudet? - Erot Suomen ja Ruotsin salibandykulttuureissa

Jari Kinnusen luotsaama ja Suomen Salibandymuseon julkaisema Nostalgiapaloja-podcast on edennyt jaksoon numero 23. Salibandymuseon Nostalgiapalojen jaksossa numero 23 paketoidaan salibandymuseon vitriineihin pelaajalegenda Timo ”Tinde” Toivosen menestyksekäs salibandyura. Vantaan VFT:n kasvatin huikealle 20 vuoden uralle mahtuu maailmanmestaruuden, Eurooppa Cup mestaruuden ja yhdeksän Suomenmestaruuden lisäksi kosolti muistoja ja sattumuksia niin kentältä, kuin kentän ulkopuolelta. Hitaasti kypsynyt salibandytimantti Timo ”Tinde” Toivonen kertoo omin sanoin, millaista elämä oli 1990-luvulla legendaarisen VFT:n pukukopissa ja millaista oli matkata salibandydynastia SSV:n menestysvankkureissa ja voitonjuhlissa. Studioisäntänä toimii museoukko Jari Kinnunen. Jakso 23 sisältää: 00:00:00 – 01:28:00 Hitaasti kypsynyt Legenda: Timo ”Tinde” Toivonen VFT:n pukukoppikulttuuri oli kasvun aikaa ”Se alkoi Hesperian katolta…” ”Fanikulttuuri Vantaalla oli brittifutistyyppistä” Mistä johtui VFT ”pakolaisuus? ”Mä on mä” ”Topi pays total” Pikkusen HIFK:n pajatso tyhjeni ”Se oli vähän ohi vuosi…” ”Opeteltiin absoluuttinen voiton tavoittelu” Kukaan ei ole joukkuetta suurempi ”Hän joka maksaa leikin, määrittää tanssin tahdin” Kenen vastustajan rusikoimista Tinde haluaa pahoitella? ”Jäätelöpuikkopeitto” ”Kotikisoissa 2010 me vaan oltiin parempia” Peliuran aikana urheilijat tarvitsevat tukea Pelaajien kanssa urasuunnittelusta kehityskeskustelut? ”Nyt sitä massia tänne” Osataanko urheilijoiden kokemusta arvostaa työelämässä? Miltä liiton hommissa on tuntunut? Fyysisen pelaamisen rajat? ”Pallon pitäisi olla vallan väline” Pelaajien turvallisuus? Salibandyn potentiaali? ”Se on vaan niin siistiä!”

Alex and Jeff talk about Wako Worlds, VFT, and what is the next big thing in sport karate!!!

Dr. Jodoin lectures on VFT meds.

Travis, Los and Chris make their VFT 10 predictions.

Chris and Travis discuss the Amerikick Internationals, VFT fight at the Amerikick Internationals and is century taking over the uniform game?

Chris, Los and Travis discuss the VFT 9 fight of Enrique vs Bailey and their busy life events.

Carlos, Chris and Travis react to Ross Levine going to Karate Combat, VFT 9 announcements and they predict who will win VFT 8 matchups.

Jeff and Alex talk about the new Naska Money pay structures, Tournament sponsors, VFT 8 and much more

Chris, Carlos and Travis discuss the weekend recap of tournaments, Racism in Sport Karate, Why women sports aren't respected and VFT 7 (40:47) and much more. 

新聞多多，不要想太多!!! 本周一的多多NEWS 來聊聊 本周再度跟馬斯克大大道歉

Porvoon Salibandyseuran (PSS) miesten edustusjoukkue saa ensi kaudellekin vaativan päävalmentajan, kun tällä kaudella valmennusvastuun ottanut Mika "Amu" Ahonen allekirjoitti viikonloppuna jatkosopimuksen myös seuraavaksi kaudeksi. Sipooseen muuttanut Ahonen on Suomen menestynein salibandyvalmentaja. Mies on valmentanut Suomessa SSV:tä, VFT:tä, HIFK:ta, Oilersia ja EräViikinkejä. Ruotsissa Ahonen valmensi Helsingborgia. Kokenut valmentaja on voittanut urallaan kymmenen Suomen mestaruutta. 1990-luvulta lähtien valmentanut Ahonen on voittanut myös kymmenkunta Suomen Cupia, kolme Euroopan Cupia sekä MM-kultaa vuonna 2016. Ahoselle olisi ollut useimpia ottajia myös F-liigassa. PSS ja Porvoo sopi kuitenkin miehen elämään paremmin tässä vaiheessa. – Kyllähän soitteluja tuli aika monestakin paikasta, mutta tällä hetkellä on sellainen fiilis, että ei jaksa lähteä ainakaan vielä minnekään liigavalmennukseen. Tai sellaiseen sarjaan, jossa tulee paljon otteluita ja harjoituksia, Ahonen kommentoi.

Chris, Los and Travis discuss the VFT 7 matchups, results of the Cowboy Up, UFC 259, Why Amanda Nunez isn't pushed and much more! 

Chris, Carlos and Travis discuss VFT 6, Fundraiser for Richie Barefield, Starcade, KC Challenge and how a fighter can be considered top level. 

In this episode I share a replay from an interview I did with my friend Shelby on her show ShelbyLive and we talk about my new book Rebels Guide to Spirituality as well as go into the differences between EFT and VFT. So excited to share this interview with you. Catch Shelby at her show https://www.facebook.com/SoloTravelExpert —————————— Book a 1:1 Virtual Coffee to see how I can help you - https://bit.ly/1-1VirtualCoffee —————————— You can purchase my bestselling book 'Rebel's Guide to Spirituality' here - http://rebelsguidetospirituality.com/ —————————— Join Abundance Vortex and become an abundant badass overflowing with infinite manifestation power - https://aniahalama.com/abundance-vortex Join Xpansion Alchemy the divine alchemy school for all souls looking to transform and Xpand - https://xpansionalchemy.com/ —————————— Follow me on social! Web - http://aniahalama.com/ Facebook - https://www.facebook.com/ania.e.halama/ Instagram - https://www.instagram.com/aniatravels/ Youtube - https://www.youtube.com/c/AniaTravels Spiritual BA Babes Community - https://www.facebook.com/groups/spiritualityforbadassbabes —————————— Shop Organifi and use code AniaTravels at checkout. https://greendropship.com/ Get seen in front of 500K Women - https://bit.ly/WHWE --- Support this podcast: https://podcasters.spotify.com/pod/show/spiritualityforbadassbabe/support

Worldwide Golf Shops INSIDER PODCAST #330! In this installment, we chat with the President of PING Golf, Mr. John K Solheim! John talks PING's NEW G425 Family of Drivers, Fairways, Hybrids, and Irons! Please Enjoy this INSIDER Podcast. Ping G425 Iron Set In a departure from recent iron models, PING’s experts re-engineered the face of the G425 iron by employing a metal-wood-style, variable face thickness(VFT)design. This greatly increases flexing for measurable ball speed gains that launch shots higher and farther with the stopping power to hold greens – a rare result with most of today’s distance-minded irons. In the process of creating the new face design, they developed a more compact head that sets a new standard for forgiveness for an iron its size. While shorter heel-to-toe than the G410 model, it boasts a 3% higher MOI due to mass savings from the new face geometry that have been re-allocated to the toe and hosel weights, which expands the perimeter weighting and greatly tightens dispersion. Extensive finite element analysis was used to help develop a multi-material cavity badge that covers more of the face to damp undesirable frequencies and ensure a superb feel and pleasing sound. The G425 irons feature a performance-improving, water-repelling hydropearl chrome finish. The grooves in the PW, UW, SW and LW are precision-milled to ensure control and touch into and around the greens. Multi-material construction: Hyper 17-4 stainless steel body, 3-piece badge (aluminum, ABS material, damping tape) and tungsten toe/shaft weightsAvailable in 10 color codes/lie angles:(Gold/4°flat, Brown/3°flat, Orange/2°flat, Red/1°flat, Black/std, Blue/1°upright, Green/2°upright, White/3°upright, Silver/4°upright, Maroon 5°upright)Stock steel shaft: PING AWT 2.0 (R, S, X). Cushin Selective Filtering Insert optional.Stock graphite shafts: PING ALTA CB Slate AWT (R, S) Club #LoftLength420.5º38.875"523.5º38.25"626.5º37.625"730º37"834.5º36.5"939.5º36"PW44.5º35.5"UW49.5º35.5"SW54º35.25"LW58º35" Ping G425 Max Driver In the G425 driver series, this model is named Max as it elevates the moment of inertia (MOI) to PING’s highest level in history and provide golfers the most forgiving driver in golf. To achieve the new performance levels in the G425 Max, PING engineers combined key technologies from the G400 Max and G410 Plus. The resulting increase in MOI in the 460cc head comes mainly from a 26-gram tungsten movable weight, which is made possible by weight savings attributed to advancements in the driver’s dragonfly crown technology. Multi-material construction: Cast Ti 8-1-1 body, forged T9S+ face, high-density tungstenbackweight, lightweight aluminum/thermoplastic adjustable hoselG425 Max loft options: 9°, 10.5° & 12°Head volume: G425 Max (460cc)Loft adjustability: 5 settings: +-1.5°(0, +1°, +1.5°, -1°, -1.5°)Lie adjustability: Up to 3°flatterStd. length: 45 3/4"(AltaCB Slate 55)Stock graphite shafts: PING ALTACB 55 Slate (SR, R, S, X) Shop everything PING at https://www.worldwidegolfshops.com/ping Podcast Transcript: Welcome to the Worldwide Golf Shops Insider Podcast episode 330.  Greetings everyone Tom Brassell here. Thanks so much for joining us. So glad that you did.  Today is a great day to join us.  Because our special guest, he's a regular, we check in with him every year at the PGA merchandise show, if not more than once a year. We catch up with him on the phone.  He is the President of Ping Golf, Mr John K Solheim, John thanks so much for joining us. Great to have you on the show with us.  Oh, it's great to be here.  Before we get going, it's crazy times that we're in right now. First and foremost, how are you doing?  How's your health? How is your family and and everyone around you?  Alright, so I'm doing good.  Been healthy.  I feel like I haven't had anything like a cold or anything for the last.  I guess going on a year now.  So things are going well, you know.

Chris and Travis discuss the VFT Draft on January 11th, What tournaments will be in-person, Proper's new addition and what matchups they would like to see in VFT

Alex and Jeff welcome Sport Karate Memes admin to the show to talk about his inspirations for his content. Also Virtual Fight Tour Promoter Jessie Wray joins to talk about VFT 4 and Alex Responds to being called out by Yoskar

Chris, Carlos and Travis welcome Jessie Wray to the podcast to discuss Virtual Forms Tour 1, VFT 4 News, Pro point 2, Karate Tech Wars and much more!

Chris, Carlos and Travis discuss Nate Robinson getting Knocked the F out, Tyson vs Jones, Jason Bourelly wants to score more points than anyone in VFT history, Virtual Forms Tour matchups and much more!

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.08.16.252718v1?rss=1 Authors: Dubovski, N., Ben Shoshan-Galeczki, Y., Malach, E., Niv, M. Y. Abstract: Chirality plays a key role in biomolecular recognition. Typically, a change in chirality will dramatically affect ligand receptor binding. However, both D glucose and its enantiomer L glucose elicit sweet taste in humans. We show that L and D glucose are perceived as similarly sweet by humans, and that in cell-based functional assays, both enantiomers activate the human sweet taste receptor TAS1R2/TAS1R3. We hypothesize that both L and D glucose occupy the orthosteric binding site in the VFT domain of TAS1R2. Using induced fit docking to a homology model of this domain, we identify two subpockets in this binding site. The model suggests that glucose molecules can bind in either of these subpockets, which overlap with the predicted positions of monosaccharide units of sucrose. One subpocket is close to the hinge between the two lobes, and overlaps with aspartame and neotame site, the second subpocket overlaps with that described for sweetness enhancers. These findings suggest a framework for rational design of sweeteners combinations. Copy rights belong to original authors. Visit the link for more info

In this week's episode, we feature Meghan Currie from Vancouver Fashion Truck. Meghan is the owner and operator of Vancouver Fashion Truck (VFT), a women's mobile + online shop for the bold, confident + fun loving babe! After giving up her career as a Dental Hygienist, she realized her passion for all things business and fashion after she managed a local woman's boutique for several years. Meghan pretty much lives and breathes VFT, but when she isn't at the office or truck wrangling, she enjoys cuddling, smothering, spoiling and walking her fur baby, Deniro, with her boyfriend.If you enjoyed this episode, please subscribe, rate, review and share it with a friend who you think might enjoy it too! HostLindsay Dent, Founder & Creative Director of Pink Crown Creative @_lindsaydent & @pinkcrowncreativeEmail lindsay@pinkcrowncreative.com for sponsor opportunities, guest appearances or collaborations.Guest Meghan Currie, Owner & Sun Chasing FashionistaVancouver Fashion Truck Episode References Shop Now at www.vancouverfashiontruck.comWatch "Try On Thursdays" Episode ResourcesUse promo code "CREATIVITYANDLOVE" to receive $25 your next Creative Strategy Hour Booking with Pink Crown Creative Artwork RD DesignMusic"Happy Days" by scottholmesmusic.comLet's get social!Instagram: @haveyoumetheryetpodcastFacebook

Kevättuulet puhaltelevat KalloCastin studiossa, ja jaksossa numero 18 on vieras, joka tuskin jättää ketään kylmäksi. Yksi koko salibandyhistorian legendaarisimmista managereista, Tom Sandell, tuli kertomaan tarinoita lajin menneistä ajoista, ja kertomaan mitkä asiat ovat pielessä lajin nykytilassa. Sandell toimi 1990-luvulla ja 2000-luvun alussa hyvinkin tunnettujen salibandybrändien VFT:n ja HIFK:n managereina. Kentällä ja sen ulkopuolella sattui ja tapahtui vuosien varrella kaikenlaista. Menestystäkin tuli Suomen mestaruuksien ja Euroopan Cupin muodossa. Lopulta HIFK:n tie vei alasarjoihin, ja Sandell itse on ollut poissa salibandyn pääsarjakuvioista jo yli vuosikymmenen. Sandell tunnetaan suorasanaisena ja värikkäänä persoonana. Hän, SSV:n Kurt "Kurre" Westerlund ja Oilersin Henri "Hexi" Arteva olivat aikoinaan pääkaupunkiseudun sekä koko suomalaisen salibandyn voimatekijöitä. Tuolloin nokittelu ei ollut mitään aivan pientä seurapomojen välillä, kuten Sandell keskusteluissa avaa. Sandell kertoo myös VFT:n ja HIFK:n ajan budjeteista sekä raha-asioista, jotka ovat nykyaikaan peilaten mielenkiintoista tietoa. Viime vuosina Sandell on kritisoinut paljon varsinkin suomalaisen salibandyn, ja sen keihäänkärjen Salibandyliigan tilaa. Hän on suominut erioten Salibandyliiton toimintaa ja avaa kantojaan myös keskustelun lomassa. Jakson alussa pureudutaan myös päivänpolttaviin salibandyaiheisiin. KalloCastin isäntinä toimivat Pääkallo.fi:n Joel Siltanen sekä vaatimaton salibandypersoona Toni Lötjönen. Viikon jakso tuotettiin jälleen yhteistyössä Gamesaverin kanssa, ja sen teknisenä tukena toimi Anssi Karjalainen. Löydät podcastin myös Acastista ja iTunesista.

Virtual Fitness Training with Intuitive Roots:In this 3 episode series, Benn and Noah discuss the emergence of Virtual Fitness Training (VFT) as an impactful and positive experience for a growing number of users worldwide. Each episode answers a different question a new student might ask, if they were curious or hesitant to sign up to online fitness training courses (with us or a competitor). By using technology and a smidge of imagination, Intuitive Roots' VFT aims to help eliminate excuses like, "I don't have the time" or "the gym is too crowded." Episode List1. What is IR Virtual Fitness Training?2. How was IR Virtual Fitness Training developed?3. Who should sign up to IR Virtual Fitness Training and why? Episode 3/3:If you've made it this far, we would like to think you're interested in signing up to a VFT course or at the very least wanting to figure out which kind of training would best suit you to reach your Fitness Goals. That being said, in this episode Benn and Noah give a quick review of the first two episodes in this series, then dive into the topic of who the ideal student is for VFT and would benefit most from progressing through IR Fundamentals and IR Strength courses.    Related Links:VFT Walkthrough Video (coming soon) Discipline Burn Sign Up Virtual Fitness Training Sign-Ups Should I Use an Online Trainer?   Want To Be A Guest On Chaos Wranglers?Click Here To Sign Up

Virtual Fitness Training with Intuitive Roots:In this 3 episode series, Benn and Noah discuss the emergence of Virtual Fitness Training (VFT) as an impactful and positive experience for a growing number of users worldwide. Each episode answers a different question a new student might ask, if they were curious or hesitant to sign up to online fitness training courses (with us or a competitor). By using technology and a smidge of imagination, Intuitive Roots' VFT aims to help eliminate excuses like, "I don't have the time" or "the gym is too crowded." Episode List1. What is IR Virtual Fitness Training?2. How was IR Virtual Fitness Training developed?3. Who should sign up to IR Virtual Fitness Training and why? Episode 1/3:Benn and Noah explain what it means to Build the Body with Intuitive Roots and what VFT is for students and trainers alike. We have centralized 3 key features: the Live Video Feed, the IR Fitness Journal, and an Exercise Library, all to enable our students and trainers to make progress toward established Fitness Goals. The biggest difference with our VFT courses compared to our competition, is we provide live, certified fitness trainers that teach Class Sessions twice a week and review progress each session, as opposed to the more common approach of asking students to pay for access to pre-recorded workouts and then also hold themselves accountable to follow along. Listen to hear more about what sets IR Virtual Fitness Training apart and what to expect when you sign up.   Related Links:VFT Walkthrough Video (coming soon) Discipline Burn Sign Up Virtual Fitness Training Sign-Ups Should I Use an Online Trainer?   Want To Be A Guest On Chaos Wranglers?Click Here To Sign Up

Chuck Estep was recognized for forming a partnership with the Monroe County Historical Museum to foster a better understanding of Monroe County’s rich and unique local history among students and teachers. Through virtual field trips (VFTs), made possible via Monroe County’s video distance learning technology, students are able to learn about history in a new and more engaging way.In his podcast (MP3, 27MB), Estep discusses how VFTs aren’t just videos, they are interactive programs that involve artifacts, reenactments, video vignettes and time-period clothing. One notable VFT focused on the War of 1812 and the Battle of the River Raisin. With the Monroe County Historical Museum, the program offered numerous sessions over a period of two weeks to students across the county. To date, more than 70 classes and nearly 2,300 students have been virtually transported to battle sites for a lesson in the region’s history.

Abstract The shear viscosity, density, thermal expansivity and specific heat capacity are important factors controlling the morphology, rheology, and texture of volcanic flows and deposits. These physical properties of silicate melts largely depend on chemical composition, water content, crystal content, bubble content and stress applied to the melt. Recently, it has been recognized that the applied stress plays an important role in the so called “glass transition” area of silicate melts. This kinetic boundary between brittle and ductile behavior affects the eruptive style. Thorough knowledge of the physical processes that occur at this brittle/ductile transition can affect the decision making of governments during volcanic crises and help to reduce and/or avoid loss of life and assets. Scientific knowledge from this research can be directly applied to the geomaterial industry. In addition, natural magmatic rocks are the major raw material in the production of microfibres and continuous fibres. Compared to normal glass fibres, rock fibres have a remarkable high temperature endurance, acid and alkali resistance and anti-heat impact. Rock products can be used as substitutes for metal and timber. They are likely to become more widely used in the near future. Further use for natural magmatic rocks include crushed stone, concrete aggregate, railroad ballast, production of high quality textile fibres, floor tiles, acid-resistant equipment for heavy industrial use, rockwool, basalt pipers, basalt reinforcement bars, basalt fibre roofing felt (ruberoid), basalt laminate (used as a protective coating), heat-insulating basalt fibre materials and glass wool (fibre glass). Since Bottinga and Weill (1970) first suggested that the density of melts in two or three component systems could be used to determine partial molar volumes of oxide components in silicate liquids, several models based upon this approach have been proposed in the Earth sciences literature. Considering that knowledge the densities of 8 Zn-bearing silicate melts have been determined, in equilibrium with air, in the temperature range of 1363 to 1850 K. The compositional joins investigated [sodium disilicate (NS2)- ZnO; anorthite-diopside 1 atm eutectic (AnDi)-ZnO; and diopside-petedunnite] were chosen based on the pre-existing experimental density data set, on their petrological relevance, and in order to provide a test for significant compositionally induced variations in the structural role of ZnO. The ZnO concentrations investigated range up to 25 mol% for sodium disilicate, 20 mol% for the anorthite-diopside 1 atm eutectic, and 25 mol% for petedunnite. Molar volumes and expansivities have been derived for all melts. The molar volumes of the liquids decrease with increasing ZnO content. The partial molar volume of ZnO derived from the volumetric measurements for each binary system is the same within error. A multicomponent fit to the volumetric data for all compositions yields a value of 13.59(0.55) cm3/mol at 1500 K. I find, no volumetric evidence for compositionally induced coordination number variations for ZnO in alkali-bearing vs. alkali-free silicate melts nor for Al-free vs. Al-bearing silicate melts. The partial molar volume of ZnO determined here may be incorporated into existing multicomponent models for the prediction of silicate melt volume. High temperature density determinations on ZnO-bearing silicate melts indicate that a single value for the partial molar volume of ZnO is sufficient to describe the volumetric properties of this component in silicate melts. The presence of alkalies and Al does not appear to influence the partial molar volume of ZnO within the temperature range investigated here. There is no volumetric evidence across this temperature range presented for composition to influence the coordination polyhedron of ZnO in silicate melts. The next physical property to be studied was thermal expansivity. Ten compositions from within the anorthite-wollastonite-gehlenite (An-Wo-Geh) compatibility triangle were investigated. Due to the lack of information about the thermal expansivities at supercooled liquid temperatures this study focused on the measurement of thermal expansivity using a combination of calorimetric and dilatometric methods. The volumes at room temperature were derived from densities measured using the Archimedean buoyancy method. For each sample density was measured at 298 K using glass that had a cooling-heating history of 10-10 K min-1. The thermal expansion coefficient of the glass from 298 K to the glass transition interval was measured by a dilatometer and the heat capacity was measured using a differential scanning calorimeter from 298 to 1135 K. The thermal expansion coefficient and the heat flow were determined at a heating rate of 10 K min-1 on glasses that were previously cooled at 10 K min-1. Supercooled liquid density, molar volume and molar thermal expansivities were indirectly determined by combining differential scanning calorimetric and dilatometric measurements assuming that the kinetics of enthalpy and shear relaxation are equivalent. The data obtained on the supercooled liquids were compared to high-temperature predictions from the models of Lange and Carmichael (1987), Courtial and Dingwell (1995) and Lange (1997). The best linear fit combines the supercooled liquid data presented in this study and the high temperature data calculated using the Courtial and Dingwell (1995) model. This dilatometric/calorimetric method of determining supercooled liquid molar thermal expansivity greatly increases the temperature range accessible for thermal expansion. It represents a substantial increase in precision and understanding of the thermodynamics of calcium aluminosilicate melts. This enhanced precision demonstrates clearly the temperature independence of the melt expansions in the An-Wo-Geh system. This contrasts strongly with observations for neighboring system such as Anorthite-Diopside and raises the question of the compositional/structural origins of the temperature dependence of thermal expansivity in multicomponent silicate melts. In addition, the partial molar volumes and the thermal expansivities of 10 samples from within the An-Wo-Geh compatibility triangle have been determined. They have been incorporated into existing multicomponent models in order to predict silicate melt volume. The resulting supercooled liquid volumes near glass transition temperatures (1135 - 1200 K) and at superliquidus temperature were combined to yield temperature independent thermal expansivities over the entire temperature range. In light of results presented in this study, together with the published data, it seems that binary and ternary systems have temperature independent thermal expansivities from the supercooled liquid to the superliquidus temperature at 1 atmosphere. By combining the high temperature densitometry data (i.e., above liquidus) from the literature with volume and expansivity data obtained at Tsc, a wide temperature range is covered. There is no volumetric evidence across this temperature range for temperature independent thermal expansivities in the An-Wo-Geh compatibility triangle. Furthemore, the thermal expansivities of three multicomponent glasses and liquids have been obtained over a large temperature interval (298 - 1803 K) which involved combining the results of low and high temperature measurements. The sample compositions investigated were derived from three natural lavas; Vesuvius 1631 eruption, Etna 1992 eruption and an Oligocene-Miocene lava flow from Slapany in the Bohemian massif. The original rocks are tephri-phonolite, trachybasalt and basanite, respectively. This is the first time this calorimetric/dilatometric method has ever been applied to natural magmatic melts. The low temperature volumes were derived from measurements of the glass density of each sample after cooling at 5 K.min-1 at 298 K, followed by measurements of the glass thermal expansion coefficient from 298 K to the samples´ respective glass transition interval. Supercooled liquid volumes and molar thermal expansivities were determined by combining scanning calorimetric and dilatometric measurements, assuming that the kinetics of enthalpy and shear relaxation are equivalent (Webb, 1992). High temperature densities were measured using Pt double bob Archimedean densitometry. In addition, the oxidation state of iron was analyzed using a wet chemistry method. Small amounts of samples were taken from the liquids using a “dip” technique at regular temperature steps during high temperature densitometry. The measured high temperature densities have been compared with predicted densities across the same temperature interval calculated using the multicomponent density models of Lange and Carmichael (1987) and Lange (1997). The resulting data for liquid volumes near glass transition temperatures (993 - 1010 K) and at super-liquidus temperatures (1512 - 1803 K) are combined to yield temperature dependant thermal expansivities over the entire supercooled and stable liquid range. These results confirm the observation of Knoche et al. (1992a); Knoche et al. (1992b); Toplis and Richet (2000); Liu and Lange (2001); Gottsmann and Dingwell (2002) of the temperature dependence of thermal expansivity. The molar volumes indicate, in general, a significant negative temperature dependence of the expansivity. The thermal molar expansivity of the glasses increase from SiO2-poor (basalt-basanite composition) to relatively SiO2-rich melts (tephri-phonolite composition). The thermal molar expansivity at supercooled liquid temperatures increases in the same manner as the glasses. In contrast, the thermal molar expansivity of the superliquidus liquid decrease from SiO2-poor to relatively SiO2-rich melts. Non-linear dependency of molar volume has been observed for all studied samples above the glass transition area. Molar volume from just above the glass transition area to about 1873 K can be predicted by a non-linear logarithmic curve. This study examined the expansivities and molar volumes of relatively basic compositions. Extending such a study to more SiO2-rich, but still geologically relevant, compositions remains a challenge, because the high viscosities of such melts preclude the use of immersion techniques. This problem can be solved using a high temperature densitometry where the volume is measured on levitated sample. I would like to urge studies of this sort in the future. Results from such studies should provide important information regarding a number of geological processes, which occur in such extremely high viscous liquids. A new viscosity measurement for melts spanning a wide range of anhydrous compositions including: rhyolite, trachyte, moldavite, andesite, latite, pantellerite, basalt and basanite are discussed in the last chapters. Micropenetration and concentric cylinder viscometry measurements cover a viscosity range of 10-1 to 1012 Pas and a temperature range from 973 to 1923 K. These new measurements, combined with other published data, provide a high-quality database comprising ~800 experimental data on 44 well -characterized melt compositions. This database is used to recalibrate the model proposed by Giordano and Dingwell [Giordano, D., Dingwell, D. B., 2003a. Non-Arrhenian multicomponent melt viscosity: a model. Earth Planet. Sci. Lett. 208, 337–349] for predicting the viscosity of natural silicate melts. The recalibration shows that: a) the viscosity (η)–temperature relationship of natural silicate liquids is very well represented by the VFT equation [log η=A+B/ (T−C)] over the full range of viscosity considered here, b) the use of a constant high-T limiting value of melt viscosity (e.g., A) is fully consistent with the experimental data. There are 3 different compositional suites (peralkaline, metaluminous and peraluminous) that exhibit different patterns in viscosity, the viscosity of metaluminous liquids is well described by a simple mathematical expression involving the compositional parameter (SM) but the compositional dependence of viscosity for peralkaline and peraluminous melts is not fully controlled by SM. For these extreme compositions we refitted the model using a temperature-dependent parameter based on the excess of alkalies relative to alumina (e.g., AE/SM). The recalibrated model reproduces the entire database to within 5% relative error. On the basis of this extended database the T-variation of the viscous response of strong and fragile liquids within a wide range of compositions shows three clearly contrasting compositional suites (peralkaline, metaluminous and peraluminous). As a result, I present an extended model to calculate the viscosity of silicate melts over a wide range of temperatures and compositions. This model constitutes a significant improvement with respect to the Giordano and Dingwell (2003a) study in that: 1) The number of experimental determinations over which the model is calibrated is larger. 2) The range of investigated compositions is larger. 3) The investigated temperature range is larger. 4) The assumption is made that at infinite temperature, the viscosity of silicate melts converges to a common, but unknown value of the pre-exponential factor (A=−4.07, Equation (7.1)). In particular the compositional range involves a large number of viscosity determinations for peralkaline and peraluminous compositions in a temperature interval between 949 and 2653 K. Furthermore, it is shown that the assumption of a common value of the pre-exponential parameter A produces an equally good representation of the experimental data as that produced by each melt having its own specific A-value. This optimization also induces a strong coupling between data sets that stabilizes the range of solutions and allows the different rheological behaviour of extreme compositions (peralkaline and peraluminous vs. metaluminous) to be discriminated. It was demonstrated that, although the parameter SM (Giordano and Dingwell, 2003a) can be used to model compositional controls on the viscosities of metaluminous liquids, it does not capture the viscosity of peralkaline and peraluminous liquids. The differences in the rheological behaviour of these extreme compositions reflect important differences in the structural configuration of metaluminous, peralkaline and peraluminous melts. Subsequently, a second regression of the experimental data was performed involving a second compositional parameter (AE) that accounts for the excess of alkali oxides over the alumina. Incorporating this temperature-dependent compositional parameter (i.e., AE) into the SM-based model (Equation 7.7) appears to account for the anomalous rheological behaviour of peralkaline and peraluminous liquids. The resulting model reproduces the entire experimental database to within an average RMSE of 0.45 log units. The model presented here is recommended for the estimation of the viscosity of anhydrous multicomponent silicate melts of volcanic interest.