Organic phosphorous compounds, Volume 2

This volume is part of a multi‑volume reference series on organic phosphorus compounds, detailing the synthesis, reactions, and chemical properties of phosphorus‑containing organic molecules. It compiles comprehensive reviews and data on key organophosphorus classes and their behavior in organic chemistry.

Organic chemistry volume 2

A classic advanced organic chemistry textbook, this volume covers stereochemistry and the chemistry of natural products, examining how three‑dimensional molecular structure influences reactivity and properties, and surveying major classes of natural organic compounds such as carbohydrates, terpenoids, steroids, amino acids, and alkaloids.

The organic chemistry of nickel

Edition

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ISBN/ISSN

0123884012

Collation

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Series Title

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Call Number

547.05625 J75

Absorption spectra and Chemical bonding in complexes

Short Abstract / Description: This book is a classic monograph on the spectroscopic and theoretical basis of absorption spectra and chemical bonding in coordination complexes, especially transition‑metal compounds. It systematically discusses the energy levels and molecular orbitals involved in complex formation, the characteristics of absorption bands, and the relationship between electroni…

Indoles; part three edited

This volume is Part 3 of a comprehensive multi‑part monograph on indoles, a key heterocyclic ring system in organic chemistry. Edited by William J. Houlihan, it surveys the detailed chemistry of indole derivatives, focusing on hydroxyindoles, indole alcohols, indole thiols, and indole aldehydes and ketones. Individual chapters discuss synthesis, reactions, properties, and structural var…

Nitrogen-15 nuclear magnetic resonance spectroscopy

This book is a specialized monograph on the theory and application of nitrogen‑15 (^15N) nuclear magnetic resonance (NMR) spectroscopy, an analytical technique used to investigate molecular structure and dynamics involving the ^15N isotope. It explores the fundamental principles of ^15N NMR, experimental methods, interpretation of chemical shifts and coupling, and practical examples in organi…

Physical Methods in Inorganic Chemistry

Physical Methods in Inorganic Chemistry by Russell S. Drago is a definitive, high-level guide to the spectroscopic and theoretical tools used to analyze inorganic molecules. Moving beyond purely descriptive chemistry, the text bridges the gap between theoretical physical principles and practical laboratory applications.

Physical Chemistry

Gordon M. Barrow’s Physical Chemistry (Fourth Edition) remains a staple for undergraduate students worldwide. Known for its clear, step-by-step explanations, this International Student Edition masterfully bridges the gap between complex mathematical concepts and practical chemical applications. Covering thermodynamics, quantum mechanics, kinetics, and molecular structure, Barrow uses intuitiv…

stereochemical applications of NMR studies in rigid bicyclic system

This volume focuses on the application of nuclear magnetic resonance (NMR) spectroscopy to determine stereochemical features in rigid bicyclic organic compounds. It explores how chemical shifts and spin–spin coupling patterns in ^1H and ^13C NMR spectra reflect geometric and stereochemical arrangements uniquely present in bicyclic systems such as norbornanes and related structures. By analyzi…

Heat transfer: A practical approach

Heat Transfer: A Practical Approach presents a clear and application‑oriented introduction to the fundamental principles of heat transfer, integrating topics such as conduction, convection, and radiation with real‑world engineering examples. Emphasizing physical insight and problem‑solving strategies, the book blends theoretical concepts with practical applications across mechanical and t…