Technical Books

This University of York course revolves around various issues concerning inorganic materials chemistry- synthesis and characterization of solid-state materials. The course teaches the methods of synthesis and analyses of inorganic compounds. It also covers the key structural properties of solids. This book is published on magnetism, specifically cooperative magnetism and dielectric properties describing interactions between solids and electric fields. It also dwells on superconductivity, one of the most important phenomena for materials science and technology. This resource is appropriate for students and researchers who are interested in the chemistry of inorganic materials as applied in electronics, energy storage, and magnetic materials.

The famous reference source H. R. Procter, The Principles of Leather Manufacture, explores chemistry and the processes undertaken in the manufacture of leather. Starting with a general overview relating to the historical background and introduction concepts in leather manufacture, it points to where the role of the living cell plays, the causative agents for putrefaction, and also to antiseptics and disinfectants. It also covers the chemical content of hides, the structure and growth of skin, and the chemical processes by which it gets tanned - alum, chrome, and vegetable tanning. The book also goes into the matter of physical chemistry of the fibers of hides and water treatment in tanneries and methods for depilation, deliming, and bating. The book is very valuable for any readers interested in the chemical processes involved in leathering, giving both theoretical knowledge and some practical insight into the tanning industry.

This textbook, authored by Dr. Swati Gangwar and Mr. Kapil Kumar, comprehensively covers the very basics of material science and engineering. Classifications of materials are taken up as metals, polymers, composite materials, and biomaterials; their properties and applications are described. Crystal structures are discussed in terms of Bravais lattices, Miller indices, and atomic packing factor. Students will also be introduced to X-ray crystallography and how it might be applied for the determination of inner structure of the materials. Its clarity in structure and rich detail make it extremely useful for courses ranging from introductory to advanced in material science and engineering. Significant emphasis throughout the text, quite markedly, on the importance of understanding material properties and their relationship with structure toward an effective design and application of an engineering material.

The book is for students and offers an accessible introduction to advanced material chemistry. The book is written in simple and easy-to-understand language and focuses on self-learning, as students are expected to penetrate the complex concepts of material science. It stresses the role of materials chemistry in developing new technologies and materials with specific properties for various applications. This book discusses synthesis, characterization, and application with various materials and their structural and chemical behaviors. The students shall be enlightened on the advanced developments in material chemistry. Students will find a firm foundation for further subjects through this text, which is perfect for beginners and intermediate learners who wish to deepen their understanding of the subject.

Lecture Notes of Professor James W. Murray Chemistry of Oceanography: Comprehensive overview of ocean circulation, the carbon cycle, and chemical composition of seawater Important topics include trace elements, distribution of gases, and processes of gas exchange Principles of mass balance, ocean carbonate chemistry, and stoichiometry of nutrient utilization in biological production. Redox reactions, iron distribution, and the ocean nitrogen cycle are also critically evaluated in their interactions. Here's an important read for students as well as researchers of marine chemistry as an approach to give a foundational outline of the chemical processes of the ocean and their role in the shaping of global systems.

Extensive notes by Professor James W. Murray on chemical oceanography have explored in depth many of the complex chemical processes in the ocean and include such topics as ocean circulation, carbon cycling, major and trace elements in seawater, and the ocean as a sink for anthropogenic carbon, among discussion topics on ocean carbonate chemistry, gas distribution, and gas exchange processes. Among the concepts that are discussed include stable and radioactive isotopes, nutrient stoichiometry, biological production, and redox reactions. The notes also emphasize how chemical tracers play a role in understanding processes within the ocean, which include both the biological and geological processes in the ocean. This service has served students and professionals studying marine chemistry with a solid foundation that satisfies the understanding of interacting chemical processes within the world's oceans.

This document covers many matters of concern in marine chemistry, with an emphasis on contaminants of emerging concern. It goes on to describe techniques for passive sampling for pollutants in marine environments, chemical emissions associated with offshore renewable energy developments, microplastics and their environmental impacts, sediment quality guidelines and criteria, and nutrients and chlorophyll in marine ecosystems. The discussion on ocean acidification features in tandem with international, national, and regional activities relevant to contaminants in biota. The resource is invaluable to researchers and environmental professionals working on marine pollution and health issues in oceans, as it provides a complete overview of the ever-growing concerns regarding marine chemistry facing the impacts of climate change and human industrial activities.

This is a document by the National Research Council that gives very comprehensive information on laboratory safety and environmental health. It provides information on how to create a safe laboratory environment. Some topics discussed include risk evaluation and assessment, chemical management safety, and emergency preparedness. Issues in laboratory hazards, proper methods for waste disposal, and legal compliance are also covered in the book. It is a good reference book in developing a secure laboratory setting, giving the essential practice regarding management of risks and proper safety procedure while working with hazardous material. It is ideal for practitioners, students, and laboratory managers who need to minimize the events of accidents while ensuring the principles of safety in the laboratory.

Designed for students of diverse educational backgrounds, this laboratory course covers a broad spectrum of chemical techniques essential for practical work in chemistry. It includes inorganic chemistry techniques such as the identification of anions and cations, as well as organic chemistry methods like separation techniques and qualitative analysis. The course also features physical chemistry experiments that teach students about surface tension, viscosity, pH measurement, and thermochemistry. Emphasizing hands-on experience, the manual provides detailed instructions for conducting titrimetric and spectrophotometric analyses, as well as the proper use and calibration of equipment like microscopes and centrifuges. This course aims to build competence in fundamental laboratory skills across multiple branches of chemistry.

The LibreTexts platform provides a comprehensive number of general chemistry lab techniques. More procedural details on other types of laboratory methods like acid-base extraction, distillation, and filtration, to mention but a few, are also presented in the guide. Usage procedures on common lab equipment, including burets, pipettes, desiccators, and balances, have been covered as well. This resource uses the required basic skills and safety precautions necessary to carry out experiments with minimal mistakes in the shortest time possible. It goes further by including some more specialized techniques, such as rotary evaporation, thin layer chromatography, and vacuum filtration, so it can truly be called the most versatile and accessible guide to general laboratory work in chemistry and beyond.

This rich laboratory manual is meant for students of chemistry. It offers varied experiments and practical exercises covering matters running both on foundational issues and advanced ones. The manual offers experiments on laboratory apparatus, stoichiometry, titrations, redox reactions, and also tries to initiate and underpin key analytical techniques: gravimetric analysis and quantitative analysis by properties of gases. The chemical principles can be better understood by the students themselves while practicing important skills in hands-on experiments, such as measurement, chemical reactions, and data interpretation. This manual is an excellent companion for students taking chemistry courses and introduces them to mastering essential lab techniques with structure.

This text from MIT provides the student with in-depth explanations of the following essential laboratory techniques in chemistry. These include transfer and extraction techniques, purification of both solids (recrystallization) and liquids (distillation), advanced methods including flash column chromatography and protein assays. The book also addresses issues on the design of experiments and the importance of error analysis and reproducibility. It is designed with both students and professionals in mind and guides on the setup of experiments, handling equipment, and result analysis. It puts so much emphasis on acquiring a sound laboratory practice through safe and accurate techniques. This book is very beneficial to any person who aims at sharpening their practice of the laboratory and skills on chemical techniques.

This source supplies a systematic process for teaching laboratory chemistry in the context of natural sciences education. The source touches on the basic ingredients of scientific writing, which range from literature review, problem statement, methods, results, discussion, and conclusions. In addition to this, the source focuses on the role of the teacher when guiding students through the process of scientific inquiry. The text offers a structure for teaching the way procedures are conducted in a laboratory, drawing conclusions based on the results gotten in a laboratory, and critically reading data. It is very useful to instructors as well because it gives them insight to develop effective teaching strategies for chemistry laboratory experiments and the enhancement of students' learning experience.

This note shows some cooking experiments to illustrate some chemical principles, including extraction, denaturation, and phase changes.

This page provides links to both online and PDF version of the book Chemistry of Cooking that covers the following topics related to Kitchen Chemistry : Introduction, Atoms, Molecules, and Ions, Cooking Techniques: Thickening and Concentrating Flavors, Understanding Ingredients: Flour, Understanding Ingredients: Fat, Understanding Ingredients: Sugar, Understanding Ingredients: Leavening Agents, Understanding Ingredients: Dairy Products, Understanding Ingredients: Eggs, Chocolate, Understanding Ingredients: Spices.