Technical Books

This page provides the book The Chemistry of Cookery by W. Mattieu Williams online that covers the following topics related to Kitchen Chemistry : Introductory, the Boiling of Water, Albumen, Gelatin, Fibrin, and the Juices of Meat, Roasting and Grilling, Count Rumford�s Roaster, Frying, Stewing, Cheese, Fat-milk, the Cookery of Vegetables, Gluten-bread, Vegetable Casein and Vegetable Juices, Count Rumford�s Cookery and Cheap Dinners, Count Rumford�s Substitute for Tea and Coffee, the Cookery of Wine, the Vegetarian Question, Malted Food, the Physiology of Nutrition

This page provides the book The Chemistry of Food and Nutrition by A. W. Duncan online that covers the following topics related to Kitchen Chemistry : Inorganic Compounds, Water, Mineral Matter or Salts, Organic Compounds, Non-Nitrogeneous or Ternary Compounds, Carbohydrates, Oils, Organic Acids, Nitrogenous Compounds, Proteids, Osseids, Non-Nutritives, Food Adjuncts and Drugs, Essential Oils, Alkaloids, Extractives, Alcohol.

This educational note, prepared by Uttarakhand Open University, is a comprehensive resource for MSc students studying inorganic chemistry. The topics range from stereochemistry and bonding, metal pi-complexes, and metal clusters to various chemical properties and behaviors of different metal and nonmetal compounds. Organometallic chemistry is also explored, putting an emphasis on the alkali and alkaline earth metals' role in the majority of chemical reactions. This resource is appropriate for higher-level students in inorganic chemistry who will gain footing in abstract concepts and applicable themes.

This is a lengthy PDF by Neil G. Connelly, Richard M. Hartshorn, Ture Damhus, and Alan T. Hutton that delves very deeply into the rules and standards governing the naming of inorganic compounds. The history and development of chemical nomenclature form part of this document and outline the functions and methods used to name elements, compounds, and complex ions. The text provides detailed guidelines on nomenclature of acids, bases, salts, and coordination complexes, including special cases such as organometallic compounds and solid-state materials. This text is highly recommended for chemists, educators, and students in general who aim for clear and precise systematic naming conventions as a basis of inorganic chemistry.

This online Wikibook from Penn State University provides an in-depth introduction to inorganic chemistry, including synthesis, reactions, and properties of inorganic compounds. It contains many areas of study, from molecular orbital theory and acid-base chemistry to more advanced topics: redox stability, coordination chemistry, crystal field theory, and so on. The book also describes the properties of metals and alloys, including the structure, bonding, and electronic characteristics. Discussions regarding superconductors, semiconductors, and nanomaterials make this tool ideal for students and teachers seeking a comprehensive yet accessible guide to inorganic chemistry.

In this critical approach at ozone, the two take a critical approach but is seen at the same time that it has this duality of protecting the stratosphere, while polluting the ground level. Through this book, one should expect a detailed analysis concerning environmental protection, efforts to protect the ozone layer, and avoidance of ground-level formation of ozone contributing to air pollution. Interests covered by the authors are topics: strong oxidizing properties of ozone, applications in water and wastewater treatment and medicine for disinfection and therapeutic treatment. The book will become a useful source for environmental scientists and engineers, health professionals interested in ecological and practical implications of ozone, and those focused on its technological applications.

Coauthored by Vishakha Monga, Paul Flowers, Klaus Theopold, William R. Robinson, and Richard Langley, it is a fully comprehensive online resource for students and professionals in chemical engineering who need to know the fundamental principles of inorganic chemistry within their profession. The issues addressed include atomic structure, chemical bonding, molecular geometry, and transition metal chemistry, thus forming enough foundational knowledge to predict the behavior of inorganic substances involved in the processes used in industry. Text also encompasses coordination chemistry, electrochemistry and thermodynamics, therefore providing readers with tools to apply concepts of inorganic chemistry to design solutions for real engineering problems. Be it designing new materials or optimizing industrial processes, this book is an indispensable resource for those interested in how inorganic chemistry supports the application of chemical engineering.

Authored by Michael Schorr and Benjamin Valdez, the book covers critical applications of phosphoric acid in several sectors, particularly in the production of phosphatic fertilizers, metal surface treatments, and in the food and beverages industry. It now forms a staple part in many industrial applications, such as steel pickling, improved adhesion of paint, and preventing iron sedimentation from becoming suspended in foods and beverages, such as cola. It addresses several problems experienced in phosphoric acid industries-though, not exhaustive, it covers some of the most significant ones: environmental concerns and supply chain issues among others; technological inefficiencies are included in this study. The book also presents practical solutions to the challenges identified, which makes it a high resource for professionals and researchers in these industries. Dealing with both the technical and industrial point of view concerning the applications and problems related to the production of phosphoric acid, this book contributes towards a better understanding of its applications and towards improved practice in synthesis and use.

Metal oxides form a really interesting world which shows very wide ranges of various properties, making it important for a variety of industrial applications. These properties include electrical, magnetic, optical, optoelectronic, thermal, electrochemical, and catalytic characteristics, which are analyzed in detail in this book. The author, Speranta Tanasescu, renders an insightful overview of both stoichiometric and nonstoichiometric oxides based on how their structures and compositions influence their behaviors and interactions. Through the book, it is discussed how the conditions of processing actually affect the formation and properties of metal oxides, casting light on the role they play in energy conversion, electronics, and material science. This work provides in an overall way comprehensive understanding of metal oxide materials, very essential for researchers and engineers who work in the fields of material science, nanotechnology, and other cutting-edge areas.

This note tackles the very complex issue of the relationship between environmental chemicals and human health. It explores epidemiological approaches to disease causation, biostatistical methods for evaluating chemical exposure, and the effects of chemical reactions within the body. The content covers risk assessment techniques used in the U.S. for regulatory decision-making and public health policy. It is a must for students in the fields of toxicology, environmental health, and public health: it offers a challenging examination of interactions between environmental chemicals and human biology and the approaches used to evaluate and counteract their risks.

This lecture note is an introduction to key environmental chemistry topics. It begins with the composition of the atmosphere and pollutants responsible for environmental degradation. The topics discussed include the Chapman cycle, protection of the ozone layer, and the seasonal depletion of ozone in Antarctica. Principles of combustion, alternative fuels, and the role of water in environmental sustainability are also covered in it. This occupies a good part of the note-writing; acid rain, and its impact on the environment. It is basically important reading to those students who wish to link chemistry with environmental protection.

This lecture note deals with the chemistry of the Earth's atmosphere, which includes both stratospheric and tropospheric chemistry. It encompasses the processes involved in the formation and destruction of ozone, the chemistry involved in the formation of smog, precipitation, and atmospheric aerosols. Urban and indoor atmospheres are discussed as well, including the role of air pollutants and their impacts on human health and the environment. Subsequently, the book focuses specifically on global climate chemistry whereby all the changes in the atmospher, which contribute to climate changes, will be well-eloquently expressed to this reader. This book could be the best source among students for those pursuing knowledge in atmospheric sciences, environment chemistry, and global climates.

This NPTEL online lecture series will go through an in-depth discussion on environmental chemistry, especially with respect to atmospheric composition, the behavior of contaminants, and natural degradation pathways. Lectures cover control techniques in air pollution, the major sources of water pollution, and the processes of water treatment. In addition, the lecture deals with soil pollution: its causes, effects, and remedial measures. Special attention is accorded to contaminants and their interactions with the environment, so this is a great book for students and researchers alike, interested in knowing the influence of chemical processes on the environment and how these can be abated through technological and chemical means.

This lecture note covers most of the core aspects of environmental science, focusing on pollution and waste management: air pollution, water pollution, and treatment and methods of water treatment both as a theoretical background and real-life insights. This includes oil contamination in both freshwater and marine waters, where a discussion of effects and how to treat oil spills comes into play. A section on Hazardous Waste discusses sources, disposal methods, and impact on the environment. That's helpful for a student or environmental scientist interested in discussing pollution problems but also possible solutions.

This lecture note provides a comprehensive introduction to environmental chemistry, focusing on the chemical processes that shape the environment. It covers the structure of the atmosphere, temperature inversion, photochemical smog, and issues such as acid rain, greenhouse gases, and global warming. The note delves into the depletion of the ozone layer and various forms of water pollution, including eutrophication and wastewater treatment. Additionally, it addresses the principles of metal extraction, soil pH, ion exchange, and the availability of plant nutrients. Topics on green chemistry, recycling, CO2 sequestration, and green synthesis make this a crucial resource for understanding the intersection of chemistry and environmental science. Ideal for students in environmental science, chemistry, and related fields, this note also provides practical solutions to pressing environmental challenges.