Molecular Structure and Energetics Volume 1 Edited by Joel F. Liebman Arthur Greenberg This series has as its theme two of the most widespread, fundamental and important concepts in chemistry: molecular structure and energetics. The scope of the series ranges from species as elegantly simple as elemental boron and carbon to those as ill-defined, yet important, as atmospheric particulates; from rearrangements in clusters to the strain and aromaticity of organic molecules; from the energies of protonation of atoms and diatomic molecules to the binding of substrates to natural and synthetic enzymes. Each volume consists of chapters by leading specialists, and is focused on a common theme. Each essay provides a tutorial review which is generally in a form that blends theory and experiment as well as rigor and intuition. Volume 1, Chemical Bonding Molecules, examines nine topics in the fundamental, conceptual and theoretical framework of molecular structure and energetics. All the essays explicitly compare and interweave findings from experiment and from both calculational and qualitative theory.

Molecular Structure and Energetics, Chemical Bonding Models (Molecular Structure & Energetics) (Volume 1)

Science & Math

Greenberg, A.

Biological Sciences

Wiley-Interscience

Nine chapters by leading researchers from a variety of disciplines examine the structure/activity of enzymes that depend on their surrounding, including other proteins, cofactors, substrates, the reaction medium, and even themselves. The modern techniques discussed, both experimental and calculational, range from the systematic use of crystal structures to the mathematics of fractals to the design of antibodies that behave as enzymes.

Molecular Structure and Energetics, Environmental Influences and Recognition in Enzyme Chemistry (Molecular Structure & Energetics) (Volume 10)

Vch Verlagsgesellschaft Mbh

This collection of ten articles by leading authorities makes accessible to the nonspecialist some of the newest concepts in chemistry. The contributors apply the isoelectronic principle to - fundamental rules for predicting molecular structure, - the properties of novel inorganic compounds, - the chemistry of positrons and other 'elementary' particles, - the energetics of 'inert' gas containing species, - the design of conducting polymers and electronic devices on a molecular scale. The book includes insights as diverse as the theoretical underpinning of the Valence Shell Electron Pair Repulsion (VSEPR) theory, the design of viable helium compounds and organic conductors, and the prediction of enthalpies of the formation of inorganic salts.

Molecular Structure and Energetics, From Atoms to Polymers Isoelectronic Analogies (Molecular Structure & Energetics) (Volume 11)

Venezuela Alive

Travel

Greenberg, Arnold

South America

Hunter Publishing

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