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Carbon-Based Molecularly-Imprinted
Polymers

Carbon-Based Molecularly-Imprinted Polymers

Smart Nanomaterials

Synthesis to Applications

Lanthanide Complexes

Theoretical and Computational Chemistry

Methods and Applications

Introduction to Computational Chemistry

This book is designed to explain how to use Valence Bond theory to think concisely and rigorously and how to use VB computations. It is intended for chemists who are not necessarily experts on theory, but have some background in quantum chemistry. It familiarizes the reader with the various VB-based computational tools and methods available today and their use for a given chemical problem. It provides samples of inputs/outputs and instructs the reader on how to interpret the results. Applications discussed in the book include bonding problems, organic reactions, inorganic/organometallic reactions, and bioinorganic/biochemical reactions.

Insights into Chemical Bonding, Reactivity, and Excited States

A Chemist's Guide to Valence Bond Theory

Multifaceted Ligands for Diverse Applications

Terpyridines

Principles of Polymerization

From the author of the award-winning Visions of Linus Pauling comes this riveting sequel that chronicles four pivotal but under-studied aspects of Pauling's epic life: Drawing on years of archival investigation, hours of interviews and hundreds of source materials, Chris Petersen offers readers an extraordinarily unvarnished view of Linus Pauling as never before -- a young man, a bold division chair, and an intrepid explorer whose unorthodox ideas and fiery activism drew stormy interactions with friends and enemies alike.

Many Worlds Of Linus Pauling, The

Synthesis, Characterization, Modelling, and Applications

Micro and Nano Gels

Advances in Quantum Chemistry

Hungarian Quantum Chemistry: Part A - Early and Recent History: Volume 93

Catalytic Nanomaterials for Energy, Environmental and Chemical Applications

Layered Double Hydroxides and Oxides

Analytical chemistry is a cornerstone of modern chemistry and many of the traditional techniques remain in use, albeit now mostly in automated form. The cognitive and practical skills developed in analytical work has ensured its inclusion in all chemistry programs worldwide. While laboratory work by its nature incorporates the cognitive and psychomotor learning domains, it does not always fully include the affective domain. This can be often attributed to repetition of laboratory activities -- 'we've done this before' -- and so it is useful to have access to a range of more diverse activities to engage and challenge students.This book is a laboratory manual which focuses on chemical analysis, providing teachers with a rich source of novel experiments. It features approximately 60 practical activities which have been extensively beta-tested, and do not require access to specialist equipment. There are worked examples for students and well-developed appendices for instructors and technicians. While not aligned with any specific curriculum, the activities are drawn from content across the nations including AP Chemistry, A-level Chemistry, BTEC National Diploma, Irish Leaving Certificate, Scottish Advanced Higher, International Baccalaureate, Abitur, and Matura. It is suitable for high school, community college, and early undergraduate students, and will be especially useful for those preparing for competitions such as the International Chemistry Olympiad and World Skills as it contains more unusual applications of well-known techniques.

Carbon-Based Molecularly-Imprinted Polymers

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