This textbook presents the foundations of electrochemistry, necessary to understand chemical power sources like batteries, hydrogen production, and corrosion protection. It is a systematic presentation from theory to practice, outlining concepts, formulas, and research methods.
For students of medicine and biosciences, this book explains biomolecule-related organic chemistry. It explores fundamental theories not covered in basic textbooks and describes the chemistry of important biomolecules like carbohydrates, lipids, proteins, and nucleic acids.
It’s A Chemical World
This lab manual features 17 chemistry experiments and 14 demonstrations for a well-rounded experience. Delve into reaction types, gas properties, titrations, calorimetry, electrochemistry, and more! These well-tested exercises are suitable for regular or honors courses.
From an expert team, this guide provides a comprehensive overview of green chemistry techniques. Learn to integrate sustainable approaches into your work, using fewer chemicals and less energy for higher yields. A useful guide for academic and industrial researchers.
A groundbreaking exploration of N-heterocycles, from their historical significance to diverse biological applications. This crucial reference connects the past, present, and future of these remarkable compounds, inspiring innovation and serving as a vital educational resource.
This monograph analyses skeletal rearrangements, which are of exceptional importance in synthetic organic chemistry. It details the mechanisms for synthesizing valuable natural bioactive compounds, with over 100 examples. Essential for chemists, researchers, and students.
Based on undergraduate course notes, this book makes chemical physics concepts easier to understand with numerous solved examples. It clearly explains states of matter, then experimental laws in solution, before using thermochemistry to explain the principles behind them.
An accessible guide to organic coatings, this book explains the chemical reactions and mechanisms of film formation. Examples and exercises provide technical insights and a deep understanding of the principles, while demonstrating how to use rheology to solve technical problems.
This entry-level textbook prepares college students for advanced science courses by bridging the gap from high school chemistry. It emphasizes the history of the discipline to create a storyline, showing how modern chemical vocabulary makes sense only in the light of history.
Explore eco-friendly bromination using bromide-bromate salts, which generate only salt water as waste. This guide covers key reactions, from aromatic substitutions to oxidations. With simple, novel, and economically viable methods, it’s essential for academia and industry.
Explore the synthesis and application of versatile building blocks in organic synthesis. This book systematically shows how understanding the chemical properties of precursors is essential for preparing a wide range of simple and complex organic compounds.
Heterogeneous catalysis is founded on solid state chemistry, but the relationship is often elusive. This book provides insights into solid state chemistry to widen the vision of catalysis, covering structure, bonding, and defects and their implications.
This book reviews chlorine substitution reactions in hexachlorocyclopentadiene. It shows new, convenient ways of synthesizing block synthons for the rational design of pharmacologically important cyclopentanoids and other economically valuable compounds. For synthetic chemists.
Ethnochemistry
This guide to ethnosciences links traditional knowledge with modern scientific inquiry. It examines ethnochemistry, from the medicinal marvels of plants to traditional dyes, envisioning it as a catalyst for innovation, conservation, and cultural preservation.
Science and Biotechnology in Africa
This volume provides a selection of papers from the conference “Translational Science and Biotechnology Advances in Africa.” Encompassing fields from biomedical and pharmaceutical sciences to agriculture, it reflects the tangible advancement of science in Africa.
This book sums up over half a century of research in derivative spectroscopy. For the first time, it offers the big picture of all spectroscopic and non-spectroscopic derivative methods, with reproducible calculations, serving as a practical guide for researchers and students.
Explore resonator spectroscopy for analysing atmospheric microwave absorption. This guide details the most efficient method, from molecular spectroscopy basics to landmark investigations in the millimetre and submillimetre-wave range.
This unique monograph explores the in-depth chemistry of allelopathy—the chemical interactions between plants. It covers the development of bioherbicides and the nanoencapsulation of allelochemicals for agriculture, a valuable resource for scientists, students, and industry.
When the spherical molecule C60 was discovered in 1985, a science journalist did more than just report the news. He linked the glamorous discovery to the world of soot science, contriving a spectacular argument between scientists to promote the discoverers’ claim to fame.
Weak chemical interactions, i.e., hydrogen and halogen bonds, control the structure of molecular crystals. This book uses vibrational (Raman) spectra to describe their properties and nature, for students and scientists in chemical, biological, and pharmaceutics research.
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