Products related to Chemistry:
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Quinoa : Chemistry and Technology
Quinoa: Chemistry and Technology provides an overview of the chemistry, processing, and technology of quinoa grain and its components, covering the development of quinoa grain in different parts of the world for food production, including its structure, molecular and chemical composition, milling properties, processing characteristics, and food products.Increasing demand for plant-based, gluten-free foods that are nutritious, healthy, sustainable, and affordable has caused quinoa cultivation to expand to over 70 countries due to its attractive nutritional and food security properties.This practical resource is designed to support the development of quinoa in different sectors, such as the food industry.
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Fuel Additives : Chemistry and Technology
FUEL ADDITIVES Explore a complete and insightful review of fuel additives In Fuel Additives: Chemistry and Technology, petroleum industry chemist R.D. Tack delivers a comprehensive and practical exploration of various types of fuel additives, the problems they’re meant to address, what they do, their chemistries and preparations, and a discussion of how they work.The book introduces and summarizes refinery operations to an extent that discussions of fuels in the following chapters become easier to understand.Then follow detailed descriptions of problems that occur for reasons of the ways in which liquid petroleum fuels are transported, stored, and used.In these discussions, their applications to jet fuel, heating oils, gasoline, diesel fuels, and bunker fuels are covered.Fuel Additives: Chemistry and Technology also includes: A thorough overview of fuels, including discussions of refinery operations and processes and the application of fuel additivesAids to the transportation and storage of liquid petroleum fuels: practical discussions of stabilizers against oxidative degradation, drag reducers, static dissipators, anti-foamants, demulsifiers, de-icers, and biocidesComprehensive explorations of fuel detergents, including their chemistries and proposals to their mechanisms of actionIn-depth examinations of cold flow improvers, with detailed descriptions of the waxing problems that they solveCombustion improvers that improve the efficiencies of fuel combustion in engines, burners, and particulate filters—while also reducing emissionsAdditives that protect metal surfaces against wear, by providing lubricity, and corrosion Perfect for chemists working in the petroleum industry, Fuel Additives: Chemistry and Technology will also earn a place in the libraries of professionals working in related areas and seeking a quick understanding of topics such as oxidative stability, corrosion, or wax crystallization since 1974.
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Beverages : technology, chemistry and microbiology
Beverages provides thorough and integrated coverage in a user-friendly way, and is the second of an important series dealing with major food product groups.It is an invaluable learning and teaching aid and is also of great use to the food industry and regulatory personnel.
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Building Rural Community Resilience Through Innovation and Entrepreneurship
Drawing from empirical analyses, case studies, and a synthesis of best practices, this book explores how innovation manifests itself in rural places and how it contributes to entrepreneurial development and resilience.Innovation in rural places may come about as a result of new forms of collaboration; policies that leverage rural assets and address critical service or product gaps; novel strategies for accessing financial capital; infusion of arts into aspects of community life; and cultivation of networks that bridge entrepreneurs, organizations, and institutions.The chapters illustrate how a number of innovation-related characteristics relate to economic vibrancy in rural places such as a strong connection to the arts, adaptive and sustainable use of natural resources, value-chain integrated food systems, robust bridging social capital networks, creative leveraging of technology, and presence of innovation-focused entrepreneurs.Through exploration of these and other topics, this book will provide insights and best practices for rural community and economic development scholars and practitioners seeking to strengthen the rural innovation ecosystem.
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Why is organic chemistry called organic chemistry?
Organic chemistry is called so because it was originally believed that compounds found in living organisms could only be produced by living organisms, and were therefore called "organic" compounds. This belief was later disproven, but the name stuck. Organic chemistry is the study of carbon-containing compounds, which are abundant in living organisms, and it focuses on the structure, properties, and reactions of these compounds.
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Why chemistry?
Chemistry is a fundamental science that helps us understand the world around us at a molecular level. It explains the composition, structure, properties, and changes of matter, which is essential for advancements in fields such as medicine, materials science, and environmental science. By studying chemistry, we can develop new technologies, improve existing processes, and address global challenges such as climate change and sustainable energy. Overall, chemistry plays a crucial role in shaping our understanding of the natural world and driving innovation for a better future.
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What is the difference between technical chemistry and chemistry?
Technical chemistry is a branch of chemistry that focuses on the practical application of chemical principles in various industries such as manufacturing, pharmaceuticals, and environmental science. It involves the development of new materials, processes, and products. On the other hand, chemistry is a broader field that encompasses the study of matter, its properties, composition, and interactions. It includes various sub-disciplines such as organic chemistry, inorganic chemistry, physical chemistry, and analytical chemistry. While technical chemistry is more focused on the practical aspects of chemistry, chemistry as a whole is a more theoretical and fundamental science.
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What is the transition from chemistry to food chemistry?
The transition from chemistry to food chemistry involves applying the principles and concepts of chemistry to the study of food and its components. This includes understanding the chemical composition of food, the reactions that occur during cooking and processing, and the impact of different chemical compounds on flavor, texture, and nutritional value. Food chemists also focus on food safety, preservation, and the development of new food products using their knowledge of chemistry. Overall, the transition involves a shift in focus from general chemistry to the specific application of chemistry in the context of food.
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Everyday Life-Environmentalism : Community Sustainability and Resilience in Asia
This book provides one of the first systematic introductions to the Japanese concept of life-environmentalism, Seikatsu-Kankyo Shugi.This concept emerged in the 1980s as a shared research framework among Japanese social scientists studying the adverse consequences of postwar industrialization on everyday life in communities. Life-environmentalism offers a lens through which the agency of small communities in sustaining their everyday life and living environment can be understood.The book provides an overview of this approach, including intellectual backgrounds and foundational concepts, along with a variety of empirical case studies that examine environmental and sustainability issues in Japan and other parts of Asia.It also includes critical reflections on the approach in light of contemporary sustainability challenges.The empirical topics covered in the book include local community responses to development projects, resource governance, disaster response and recovery, and historical environmental preservation.The chapters are contributed by researchers working at the forefront of the field.It provides only a glimpse into the vast literature that awaits further exploration and engagement in the future. The book is suitable for upper undergraduate students, graduate students, and researchers interested in environmental problems, sustainability and resilience, disaster mitigation and response, and regional development in Asian contexts, particularly Japan.It is well-suited for courses in anthropology, geography, sociology, urban and regional planning, political science, Asian studies, and environmental studies.
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Innovation in Music: Technology and Creativity
Innovation in Music: Technology and Creativity is a groundbreaking collection bringing together contributions from instructors, researchers, and professionals.Split into two sections, covering composition and performance, and technology and innovation, this volume offers truly international perspectives on ever-evolving practices. Including chapters on audience interaction, dynamic music methods, AI, and live electronic performances, this is recommended reading for professionals, students, and researchers looking for global insights into the fields of music production, music business, and music technology.
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Flow and Microreactor Technology in Medicinal Chemistry
Learn to master a powerful technology to enable a faster drug discovery workflow The ultimate dream for medicinal chemists is the ability to synthesize new drug-like compounds with the push of a button.The key to synthesizing chemical compounds more quickly and accurately lies in computer-controlled technologies that can be optimized by machine learning.Recent developments in computer-controlled automated syntheses that rely on miniature flow reactors—with integrated analysis of the resulting products—provide a workable technology for synthesizing new chemical substances very quickly and with minimal effort.In Flow and Microreactor Technology in Medicinal Chemistry, early adopters of this ground-breaking technology describe its current and potential uses in medicinal chemistry.Based on successful examples of the use of flow and microreactor synthesis for drug-like compounds, the book introduces current as well as emerging uses for automated synthesis in a drug discovery context.Flow and Microreactor Technology in Medicinal Chemistry readers will also find: Numerous case studies that address the most common applications of this technology in the day-to-day work of medicinal chemistsHow to integrate flow synthesis with drug discoveryHow to perform enantioselective reactions under continuous flow conditions Flow and Microreactor Technology in Medicinal Chemistry is a valuable practical reference for medicinal chemists, organic chemists, and natural products chemists, whether they are working in academia or in the pharmaceutical industry.
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Fashion and Environmental Sustainability : Entrepreneurship, Innovation and Technology
The wide range of topics that the book covers are organised into sections reflecting a cradle to grave view of how entrepreneurial, innovative, and tech-savvy approaches can advance environmental sustainability in the fashion sector.These sections include: sustainable materials; innovation in design, range planning and product development; sustainable innovations in fashion supply chains; sustainable innovations in fashion retail and marketing; sustainable alternatives for end-of-life and circular economy initiatives; and more sustainable alternative fashion business models.
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Chemistry or schematics?
It ultimately depends on the context and the specific goal. Chemistry focuses on the study of matter, its properties, composition, and interactions, while schematics involve diagrams or blueprints that illustrate the components and connections of a system. If the goal is to understand the fundamental principles of matter and its transformations, chemistry would be more relevant. On the other hand, if the goal is to design or analyze a system's structure and functionality, schematics would be more appropriate. Both fields have their own importance and can be complementary in various applications.
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Chemistry or schemistry?
Chemistry is a legitimate scientific field that studies the composition, structure, properties, and reactions of matter. On the other hand, "schemistry" is not a recognized term and may be used colloquially to refer to deceptive or manipulative behavior. It is important to distinguish between the two and recognize the value of chemistry as a scientific discipline.
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Is chemistry correct?
Chemistry is a scientific discipline that seeks to understand the properties and behavior of matter. It is based on empirical evidence and rigorous experimentation, and its theories and principles are constantly tested and refined. While no scientific discipline is infallible, chemistry has provided a wealth of knowledge and practical applications that have greatly benefited society. Therefore, within the bounds of current knowledge and understanding, chemistry is considered to be a correct and reliable scientific field.
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Can I study chemistry as an industrial master of chemistry?
Yes, you can study chemistry as an industrial master of chemistry. Industrial chemistry is a specialization within the field of chemistry that focuses on the practical applications of chemistry in industrial settings. By pursuing a master's degree in industrial chemistry, you will gain specialized knowledge and skills that are relevant to working in industries such as pharmaceuticals, petrochemicals, and materials manufacturing. This program typically includes coursework in areas such as chemical engineering, process optimization, and industrial safety, preparing you for a career in industrial research and development or production.
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