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Concevoir et élaborer des matériaux inorganiques et/ou hybrides originaux permettant de développer des réponses innovantes aux préoccupations sociétales dans les domaines de l'environnement, l'énergie et de la médecine...

Concevoir et élaborer des matériaux inorganiques et/ou hybrides originaux permettant de développer des réponses innovantes aux préoccupations sociétales dans les domaines de l'environnement, l'énergie et de la médecine...

Chimie des matériaux - Clément Sanchez

Welcome to the WeedSmart Podcast Channel!&nbsp; Each fortnight we'll bring you updates and in-depth interviews with farmers, agronomists and weed researchers from around our north, south and west cropping regions.&nbsp; #AusAg #Broadacre #Grains #Cotton #WeedManagement&nbsp; Our regional update will talk to our industry leaders focusing on managing weeds, emerging regional issues and practical science-based solutions for use on-farm by you.&nbsp; #RegionalUpdate&nbsp; Our technical update will speak with leading experts to bring the latest application of science to paddock supply chain of diverse weed management to mitigate herbicide resistance and maximise crop gross margins. #BeyondResistance Our current podcaster, Shannon Beattie, will bring the conversation to you in your paddock, ute or tractor, so you can stay connected and plan ahead for future diverse weed management on your farm.&nbsp; Shannon will be joined by our team of WeedSmart Extension Agronomists Pete Newman, Chris Davey, Jana Freebairn, Greg Condon and Paul McIntosh. &nbsp; Listen in to the latest podcast or scroll our back catalogue for progressive weed management over the years in Australian broadacre agriculture.&nbsp; Our previous podcasters Siobhon Eacott and Jessica Strauss provide a range of great interviews with farmers and agronomists for a local updates or technical experts bringing the science to you. &nbsp; Stay connected. Stay informed. Stay WeedSmart. &nbsp; #weedsmartau&nbsp; &nbsp;

Welcome to the WeedSmart Podcast Channel!  Each fortnight we'll bring you updates and in-depth interviews with farmers, agronomists and weed researchers from around our north, south and west cropping regions.  #AusAg #Broadacre #Grains #Cotton #WeedManagement  Our regional update will talk to our industry leaders focusing on managing weeds, emerging regional issues and practical science-based solutions for use on-farm by you.  #RegionalUpdate  Our technical update will speak with leading experts to bring the latest application of science to paddock supply chain of diverse weed management to mitigate herbicide resistance and maximise crop gross margins. #BeyondResistance Our current podcaster, Shannon Beattie, will bring the conversation to you in your paddock, ute or tractor, so you can stay connected and plan ahead for future diverse weed management on your farm.  Shannon will be joined by our team of WeedSmart Extension Agronomists Pete Newman, Chris Davey, Jana Freebairn, Greg Condon and Paul McIntosh.   Listen in to the latest podcast or scroll our back catalogue for progressive weed management over the years in Australian broadacre agriculture.  Our previous podcasters Siobhon Eacott and Jessica Strauss provide a range of great interviews with farmers and agronomists for a local updates or technical experts bringing the science to you.   Stay connected. Stay informed. Stay WeedSmart.   #weedsmartau   

WeedSmart Podcast

I²CNER Seminar Series 2016

I²CNER  Annual Symposium 2012

QIAGEN is the leading provider of Sample to Insight solutions that enable scientists to gain valuable molecular insights from biological samples. In our podcasts, you can hear from researchers who are influencing the way we think about science, listen to discussions on the impact of their work, and learn how they are using QIAGEN Sample to Insight solutions.

QIAGEN Life Sciences

The Immersive Chemistry Podcast examines the intersection of chemistry, chemical engineering, game design, educational sciences and technology. In each episode we explore the impact of immersive learning research on these fields through interviews and discussion.

Immersive Chemistry Podcast

Kjemi

Uma explicação sobre soluções tampões

Tonie Araújo

The three Alchemists infuse gin with chemistry in this irreverent and well informed podcast.

The Scottish Alchemists Podcast

Esse é o PodEQast do CAEQ! Um podcast com objetivo de trazer, nesse momento de isolamento social, conteúdos, informações, entrevistas, curiosidades e muito mais! Siga-nos no Instagram: @caequem.

PodEQast

Diferencia entre evaluación y retroalimentacion

Diferencia: Evaluación Y Retroalimentación

Kendra Nicole

We live in a world of opinions. Listen to the thoughts and views of Zach Wiegand and Mark Petkov. As they discuss, argue and contemplate the philosophy of modern life. Audio Pong Patreon: https://www.patreon.com/user?u=54765200audiopong@gmail.com

We live in a world of opinions. Listen to the thoughts and views of Zach Wiegand and Mark Petkov. As they discuss, argue and contemplate the philosophy of modern life. Audio Pong Patreon: https://www.patreon.com/user?u=54765200 audiopong@gmail.com

Audio Pong

Meet the next generation of oil sands innovators.

COSIA - Innovative Minds

Graphene is only composed of carbon, like diamond, graphite, and amorphous carbon. However, graphene is a 2d material where one single layer of carbon atoms – that is less than a nanometer, one hundred thousand time thinner than a hair -, is arranged in a honeycomb structure. This sets it apart from other carbon forms because its unique structure leads to exceptional properties.

What is graphene?

CHemiCaL GuRuJi

Se liga no Alquimicast, o PODCAST educacional de Química voltado para alunos do Ensino Fundamental II e Ensino Médio, onde você irá aprender conteúdos de Química de forma simples e objetiva. O Professor Ricardo Rêgo é Formado em Licenciatura Plena em Química, Especialista em Educação Inclusiva e possui Mestrado em Ciências na área Geociências pela Universidade Federal do Pará. Vem aprender mais com o Alquimicast!

Alquimicast

Process Engineering is all-encompassing: not a bite you take or a ride you make, where no process technology is involved. In this podcast, we will talk to the engineers behind these impactful technologies. These people are working on innovations that determine our future. 

This podcast is powered by NPT, the network for all Chemical and Process Engineers in the Netherlands. NPT is part of Kivi (the royal netherlands society of engineers) and KNCV (Royal Netherlands Chemical Society

Process Engineering is all-encompassing: not a bite you take or a ride you make, where no process technology is involved. In this podcast, we will talk to the engineers behind these impactful technologies. These people are working on innovations that determine our future. This podcast is powered by NPT, the network for all Chemical and Process Engineers in the Netherlands. NPT is part of Kivi (the royal netherlands society of engineers) and KNCV (Royal Netherlands Chemical Society

The NPT Podcast

The podcasts of my articles I published on my personal blog.

The podcasts of my articles I published on my personal blog.

Articles by Hasan Can

Alfa Chemistry

Neste podcast será abordado as funções e curiosidades que envolvem o Selênio.

Selênio-Processos Bioquímicos

Our mission: To heal the Commonwealth of Virginia through cannabis education.

Power of the Flower

Selections from Faith's Checkbook by C. H. Spurgeon.

Faith's Checkbook by C. H. Spurgeon

First Feast Forensics - Episode 1: The Reality Behind the First Thanksgiving Menu Welcome to First Feast Forensics. Today we're peeling back the layers of history to uncover what was actually served at the first Thanksgiving celebration in 1621. Most of what we think we know about this famous feast comes from just two primary sources - a letter by Edward Winslow and a passage in William Bradford's Of Plymouth Plantation. These sparse historical records paint a very different picture from our modern celebrations, and over the next thirty minutes, we'll explore exactly what that three-day feast would have looked like, from the ecological context to the cooking methods used. To understand the first Thanksgiving meal, we need to first understand Plymouth in 1621. The settlement sat in a region previously occupied by the Patuxet people, who had been devastated by disease just a few years before. The landscape was a mix of cleared fields, forest, and coastal areas. This diverse environment provided a wealth of food sources that would have been utilized during the celebration. According to Winslow's firsthand account written in December 1621, four settlers went on a "fowling" mission in preparation for the feast. Let's explore what this actually meant. The term "fowling" refers to hunting wild birds, but the techniques used were far different from modern hunting. The settlers would have used matchlock muskets, which were notoriously unreliable in New England's damp climate. They also employed techniques learned from the Wampanoag, such as net trapping and using calls to lure birds. The waters around Plymouth were rich with waterfowl - ducks, geese, and even now-extinct passenger pigeons would have been abundant. These passenger pigeons, which would later be hunted to extinction by the late 1800s, were described by colonists as so numerous that they would darken the sky for hours when migrating. They were prized for their meat and were likely a significant part of the feast. If turkey was served, it would have been wild, not domesticated, and significantly different from our modern birds. Wild turkeys of the period were smaller, leaner, and more agile than their domestic counterparts. They were also more challenging to hunt, requiring knowledge of their habits and habitat. The Wampanoag had developed sophisticated hunting techniques for these birds, including the use of calls and decoys made from preserved turkey parts. The documented centerpiece of this historic meal was venison. Winslow records that the Wampanoag, led by Massasoit, arrived with five deer as their contribution to the feast. This wasn't just food - it was a profound diplomatic gesture. In both English and Wampanoag cultures, the sharing of venison carried deep significance. In English tradition, venison was often reserved for the nobility, while in Wampanoag culture, the sharing of deer meat represented respect and alliance. The hunting of these deer would have employed techniques refined over thousands of years. The Wampanoag used sophisticated driving techniques, where groups of hunters would coordinate to guide deer toward waiting hunters. They also used specialized weapons including bows and arrows with stone points specifically designed for large game. Archaeological evidence from the period shows these points were crafted with remarkable precision. The coastal location of Plymouth meant seafood played a crucial role in the celebration, though this part of the story is often overlooked in modern retellings. The colonists and Wampanoag regularly harvested shellfish from the nearby waters. Archaeological evidence from colonial middens (trash heaps) shows abundant shells from soft-shell clams, mussels, and oysters. These shellfish were not just gathered haphazardly - both cultures had developed sophisticated understanding of tidal patterns and seasonal availability. The collection of shellfish was often the work of women and children in both cultures. They used specialized tools including rakes and baskets designed specifically for this purpose. The timing of collection was crucial - both cultures understood the relationship between moon phases, tides, and shellfish safety. They also knew which areas produced the best specimens and how to ensure sustainable harvesting. Lobsters, which we now consider a luxury, were incredibly abundant. Historical records suggest they would wash up on shore in piles up to two feet high during storms. They were so plentiful that they were sometimes used as fish bait or fertilizer. The method of preparing lobster was different too - they were often dried and smoked rather than boiled fresh. Fish like cod and bass were dietary staples, caught using both English and Native American methods. The Wampanoag had developed sophisticated fish weirs - permanent underwater traps made from wooden stakes and woven reeds. These structures would trap fish during tidal changes while allowing smaller fish to escape, ensuring sustainable harvesting. The English brought their own fishing techniques, including hook and line fishing with metal hooks. Eels, now rarely seen on American tables, were particularly prized by both cultures. They were caught using specialized traps placed in tidal pools and streams. The Wampanoag had developed eel pots - woven baskets designed to trap eels while allowing water to flow through. These were so effective that the design was quickly adopted by the English settlers. What's particularly fascinating about the first Thanksgiving is not just what was present, but what was absent. Modern archaeological techniques, combined with careful study of colonial records, have given us a clear picture of what couldn't have been on the menu. Potatoes, both white and sweet, were still unknown in the region. White potatoes, originally from South America, were still viewed with suspicion by many Europeans. Sweet potatoes, despite being established in Spanish colonies, hadn't yet made their way to New England. The absence of sugar shaped the feast significantly. While cranberries were abundant in the region, and the Wampanoag used them for food and medicine, the sauce we know today would have been impossible without sugar. The Wampanoag traditionally used cranberries both fresh and dried, often combining them with dried meat to make pemmican - a concentrated survival food that could last for months. The pumpkin and squash preparations would have been completely different from our modern dishes. While these vegetables were available - the settlers called all squash "pompions" - they weren't made into pies. Without wheat flour, refined sugar, or proper ovens, pie-making was impossible. Instead, these gourds were probably prepared using a method described in period documents: the squash would be cut into strips, stewed until tender, and then served with butter and spices, or dried for winter storage. The grain situation at the first Thanksgiving reflects a fascinating cultural exchange. Corn was central to the feast, but this wasn't the sweet corn we enjoy today. The varieties grown were primarily flint corn, with hard kernels that could be dried and ground into meal. The Wampanoag had developed sophisticated cultivation techniques, including the famous Three Sisters method of planting corn, beans, and squash together. This agricultural system was more than just efficient farming - it was a sophisticated understanding of plant relationships that provided complete nutrition. The settlers had attempted to grow English grains, but with limited success. Barley and peas grew adequately, but wheat largely failed in New England's climate and soil. The colonists had to adapt their traditional recipes to use corn meal instead of wheat flour. This led to hybrid dishes - English cooking techniques applied to Native American ingredients. They would have made what they called "samp" - corn pounded into a coarse meal and boiled, often with pieces of meat or fish added. The wild edibles available in the area played a crucial role in the feast. The forest provided chestnuts, walnuts, and beechnuts, all of which would have been gathered in large quantities. Ground nuts (Apios americana), which grow wild in the region, were another important food source. These small tubers are high in protein and were often dried and ground into flour. The Wampanoag taught the settlers how to identify and prepare these wild foods, knowledge that proved crucial for survival. Fruits available would have included wild grapes, elderberries, gooseberries, and several varieties of plums. While most of these would have been past their fresh season by November, dried fruits would have been available. The drying process was sophisticated - both cultures had developed techniques to preserve fruits while maintaining their nutritive value. The preparation methods used during the feast were necessarily different from our modern techniques. Without a proper kitchen or European cooking equipment, most food would have been spit-roasted or boiled in pots. The Wampanoag brought a rich tradition of cooking techniques, including stone boiling, where heated rocks were added to wooden or hide containers to cook soups and stews. Smoking and drying were essential preservation methods that would have been actively used during the feast. Both cultures had developed sophisticated smoking techniques, though they differed in their approaches. The Wampanoag typically used cold smoking for preservation, while the English were more familiar with hot smoking. The combination of these techniques would have created unique flavors that we can only imagine today. The settlers had brought some cooking equipment from England - iron pots, spits, and possibly a few portable ovens. However, most cooking would have been done over open fires. The Wampanoag contributed their knowledge of building and maintaining different types of fires for different cooking purposes - hot fires for roasting, coals fo

First Feast Forensics (The Reality Behind The First Thanksgiving Meal)

Micro Historias

Modificacion Genetica

At K-Jhil Scientific, we specialize in the design, manufacture, and supply of high-quality <a href="https://kjhil.com/" target="_blank" rel="noreferrer noopener">chemical process plants</a> and systems. With over 34 years of industry experience, we provide innovative solutions tailored to meet the unique needs of our clients across various industries. Our products include a wide range of laboratory glassware, industrial glass equipment, and customized process systems, all designed to ensure efficiency, safety, and reliability. Trust K-Jhil for unparalleled expertise and exceptional service in the chemical processing sector.

At K-Jhil Scientific, we specialize in the design, manufacture, and supply of high-quality chemical process plants and systems. With over 34 years of industry experience, we provide innovative solutions tailored to meet the unique needs of our clients across various industries. Our products include a wide range of laboratory glassware, industrial glass equipment, and customized process systems, all designed to ensure efficiency, safety, and reliability. Trust K-Jhil for unparalleled expertise and exceptional service in the chemical processing sector.

At K-Jhil Scientific, we specialize in the design, manufacture, and supply of high-quality <a href="https://kjhil.com/" rel="noopener noreferrer">chemical process plants</a> and systems. With over 34 years of industry experience, we provide innovative solutions tailored to meet the unique needs of our clients across various industries. Our products include a wide range of laboratory glassware, industrial glass equipment, and customized process systems, all designed to ensure efficiency, safety, and reliability. Trust K-Jhil for unparalleled expertise and exceptional service in the chemical processing sector.

K-jhil Scientific

Porque no basta con explicar la ciencia, también hay que conocer a los científicos que están detrás de ella... En este programa entrevistamos a grandes científicos de toda la Republica Mexicana con la finalidad de conocer más sobre sus líneas de investigación. Además de platicar de ciencia nuestros invitados nos comparten un poco de sus gustos musicales y de su vida fuera del laboratorio. DNA es parte de la plataforma ScienceSocks

Porque no basta con explicar la ciencia, también hay que conocer a los científicos que están detrás de ella... En este programa entrevistamos a grandes científicos de toda la Republica Mexicana con la finalidad de conocer más sobre sus líneas de investigación. Además de platicar de ciencia nuestros invitados nos comparten un poco de sus gustos musicales y de su vida fuera del laboratorio. DNA es parte de la plataforma ScienceSocks

Dive into the frontiers of chromatography, mass spectrometry, and sample preparation with host David Oliva. Each episode features candid conversations with leading researchers, industry innovators, and passionate scientists who are shaping the future of analytical chemistry. From decoding PFAS detection challenges to exploring the latest in AI-assisted liquid chromatography, this show uncovers practical workflows, sustainability breakthroughs, and the real-world impact of separation science. Whether you’re a chromatographer, lab professional, or researcher you'll discover inspiring content!

Concentrating on Chromatography

Inspiring stories and advice from dPCR gene-iuses.

Absolute Gene-ius

Debunking myths and answering questions about the science of everyday life. That's what Dr. Joe Schwarcz has been doing for 30+ years.&nbsp;

Debunking myths and answering questions about the science of everyday life. That's what Dr. Joe Schwarcz has been doing for 30+ years. 

The Dr. Joe Show

Ruth Chacaguasay  IMPORTANCIA DEL ACETILENO

Ruth Chacaguasay IMPORTANCIA DEL ACETILENO

Ruth Chacaguasay&nbsp; IMPORTANCIA DEL ACETILENO

IMPORTANCIA EL ACETILENO

Discover the secrets to enhancing laboratory safety without the hassle of navigating complex regulations and modifying established practices.&nbsp; Tune in to the enlightening discussions led by the knowledgeable Dan the Lab Safety Man and infectious disease behaviorist Sean Kaufman. Together, they explore a wide range of lab safety subjects on a weekly basis.&nbsp;&nbsp;Stay up-to-date with the latest trends and engaging debates surrounding lab safety by tuning in to every episode.&nbsp; Don't miss out on this valuable resource!

Discover the secrets to enhancing laboratory safety without the hassle of navigating complex regulations and modifying established practices.  Tune in to the enlightening discussions led by the knowledgeable Dan the Lab Safety Man and infectious disease behaviorist Sean Kaufman. Together, they explore a wide range of lab safety subjects on a weekly basis.    Stay up-to-date with the latest trends and engaging debates surrounding lab safety by tuning in to every episode.  Don't miss out on this valuable resource!

The Lab Safety Gurus

applicazione del principio di Le Chatelier e l’equilibrio chimico nella vita reale

lavoro chimica

Elementium: The Land of Elements is a sci-fi adventure audio series where a lost traveler, armed with only a periodic table, must navigate a world where everything—landscapes, creatures, and structures—is made of pure elements. Guided by Al, a humanoid aluminum entity, they unravel the secrets of Elementium, solving chemistry-based puzzles and surviving elemental trials. But as they journey through neon cities, diamond labyrinths, and toxic swamps, they uncover a chilling truth—Elementium is not just a world, but a prison for something that was never meant to exist.

Elementium

DigiChem Dialogues is a dynamic podcast series hosted by Agilis Commerce, dedicated to exploring the transformative impact of digital technology in the chemical industry. Each episode features insightful discussions with industry executives and thought leaders who share their experiences, best practices, and innovative strategies for navigating digital transformation.Listeners can expect to gain valuable insights into:<ul><li>Practical Approaches: Learn about effective methods for implementing digital solutions in chemical distribution and manufacturing.</li><li>Data Protection Strategies: Understand the importance of safeguarding data in an increasingly digital landscape.</li><li>Engagement Techniques: Discover ways to enhance internal and customer engagement through digital tools.</li><li>Regulatory Navigation: Explore solutions for overcoming regulatory challenges unique to the chemical sector.</li></ul>Join us as we delve into real-world examples and actionable insights that empower organizations to thrive in the digital age. Whether you&#39;re a seasoned executive or new to the field, DigiChem Dialogues offers a collaborative platform for learning and growth in the ever-evolving landscape of the chemical industry. Tune in to connect with experts and stay ahead of the curve in digital transformation.

DigiChem Dialogues is a dynamic podcast series hosted by Agilis Commerce, dedicated to exploring the transformative impact of digital technology in the chemical industry. Each episode features insightful discussions with industry executives and thought leaders who share their experiences, best practices, and innovative strategies for navigating digital transformation. Listeners can expect to gain valuable insights into:Practical Approaches: Learn about effective methods for implementing digital solutions in chemical distribution and manufacturing.Data Protection Strategies: Understand the importance of safeguarding data in an increasingly digital landscape.Engagement Techniques: Discover ways to enhance internal and customer engagement through digital tools.Regulatory Navigation: Explore solutions for overcoming regulatory challenges unique to the chemical sector.Join us as we delve into real-world examples and actionable insights that empower organizations to thrive in the digital age. Whether you're a seasoned executive or new to the field, DigiChem Dialogues offers a collaborative platform for learning and growth in the ever-evolving landscape of the chemical industry. Tune in to connect with experts and stay ahead of the curve in digital transformation.

DigiChem Dialogues is a dynamic podcast series hosted by Agilis Commerce, dedicated to exploring the transformative impact of digital technology in the chemical industry. Each episode features insightful discussions with industry executives and thought leaders who share their experiences, best practices, and innovative strategies for navigating digital transformation.Listeners can expect to gain valuable insights into:<ul><li>Practical Approaches: Learn about effective methods for implementing digital solutions in chemical distribution and manufacturing.</li><li>Data Protection Strategies: Understand the importance of safeguarding data in an increasingly digital landscape.</li><li>Engagement Techniques: Discover ways to enhance internal and customer engagement through digital tools.</li><li>Regulatory Navigation: Explore solutions for overcoming regulatory challenges unique to the chemical sector.</li></ul>Join us as we delve into real-world examples and actionable insights that empower organizations to thrive in the digital age. Whether you're a seasoned executive or new to the field, DigiChem Dialogues offers a collaborative platform for learning and growth in the ever-evolving landscape of the chemical industry. Tune in to connect with experts and stay ahead of the curve in digital transformation.

DigiChem Dialogues

<a href="https://kiyalearning.us/science-classes-in-usa/" rel="noopener noreferrer" target="_blank">Science classes in the USA</a>, offered by Kiya Learning, provide students with an engaging and hands-on approach to understanding the wonders of the natural world. Covering subjects like biology, chemistry, physics, and environmental science, these classes are designed to cater to diverse learning needs. With expert educators, interactive activities, and a focus on real-world applications, Kiya Learning ensures students grasp fundamental concepts while sparking curiosity. From elementary to high school levels, students gain critical thinking and problem-solving skills essential for academic and career success. Enroll now with Kiya Learning to unlock your child’s potential in science and innovation!

Science classes in the USA, offered by Kiya Learning, provide students with an engaging and hands-on approach to understanding the wonders of the natural world. Covering subjects like biology, chemistry, physics, and environmental science, these classes are designed to cater to diverse learning needs. With expert educators, interactive activities, and a focus on real-world applications, Kiya Learning ensures students grasp fundamental concepts while sparking curiosity. From elementary to high school levels, students gain critical thinking and problem-solving skills essential for academic and career success. Enroll now with Kiya Learning to unlock your child’s potential in science and innovation!

<a href="https://kiyalearning.us/science-classes-in-usa/" rel="noopener noreferrer">Science classes in the USA</a>, offered by Kiya Learning, provide students with an engaging and hands-on approach to understanding the wonders of the natural world. Covering subjects like biology, chemistry, physics, and environmental science, these classes are designed to cater to diverse learning needs. With expert educators, interactive activities, and a focus on real-world applications, Kiya Learning ensures students grasp fundamental concepts while sparking curiosity. From elementary to high school levels, students gain critical thinking and problem-solving skills essential for academic and career success. Enroll now with Kiya Learning to unlock your child’s potential in science and innovation!

Science Classes in USA

Hosted by Jeremy Lewis and Christopher Loke, Lab Talk is your one-stop shop for clear, engaging, and informative discussions about everything lab-related. We're here to bridge the gap between the lab and the real world, making science approachable and relatable for everyone. A podcast by Analytical Resource Labs (ARL), a Tentamus Company.

Lab Talk

Here me, Alistair and my co-host Caroline will discuss the many faces, of astronomy

Here me, Alistair and my co-host Caroline will discuss the many faces, of astronomy

Astronomy plus

Il podcast dedicato ai farmacisti appassionati di galenica

Pillole

Els tres científics

Embark on a fascinating journey with Chris Czeczuga as he delves deep into the world of plastics. In this podcast, we'll uncover the multitude of benefits and drawbacks, dissect the intricate chemistry, and uncover the versatile applications of this ubiquitous material. Join us to gain a comprehensive understanding of the captivating realm of plastics. Chris is the President of Bozilla Corporation, a plastic injection molding engineering and optimization company.&nbsp; He has over 20 years of experience in the plastic injection molding industry and is a graduate of the University of Massachusetts, gaining a Bachelors Degree in Plastics Engineering.&nbsp;

Embark on a fascinating journey with Chris Czeczuga as he delves deep into the world of plastics. In this podcast, we'll uncover the multitude of benefits and drawbacks, dissect the intricate chemistry, and uncover the versatile applications of this ubiquitous material. Join us to gain a comprehensive understanding of the captivating realm of plastics. Chris is the President of Bozilla Corporation, a plastic injection molding engineering and optimization company.  He has over 20 years of experience in the plastic injection molding industry and is a graduate of the University of Massachusetts, gaining a Bachelors Degree in Plastics Engineering. 

Chemistry Podcasts / Page 9

Chimie des matériaux - Clément Sanchez

WeedSmart Podcast

I²CNER Seminar Series 2016

I²CNER Annual Symposium 2012

QIAGEN Life Sciences

Immersive Chemistry Podcast

Kjemi

Tonie Araújo

The Scottish Alchemists Podcast

PodEQast

Diferencia: Evaluación Y Retroalimentación

Kendra Nicole

Audio Pong

COSIA - Innovative Minds

What is graphene?

CHemiCaL GuRuJi

Alquimicast

The NPT Podcast

Articles by Hasan Can

Alfa Chemistry

Selênio-Processos Bioquímicos

Power of the Flower

Faith's Checkbook by C. H. Spurgeon

First Feast Forensics (The Reality Behind The First Thanksgiving Meal)

Micro Historias

Modificacion Genetica

K-jhil Scientific

DNA

Concentrating on Chromatography

Absolute Gene-ius

The Dr. Joe Show

IMPORTANCIA EL ACETILENO

The Lab Safety Gurus

lavoro chimica

Elementium

DigiChem Dialogues

Science Classes in USA

Lab Talk

Astronomy plus

Pillole

Els tres científics

Plastic Pro Insights

El podcast de Dixiana

perspectives Podcast

AMBIENTANDO-ANDO

El podcast de Pérez Blanco Jerusalem

Chemically Speaking

Bilim Bir Yerde

思路週航

Dental Formulator's Playbook