Titlebook: Intermolecular Interactions; Werner Gans,Jan C. A. Boeyens Book 1998 Springer Science+Business Media New York 1998 bonding.chemical reacti

突变

Intermolecular Interactions,e of varied opinion among scientists as to what exactly constitutes “a molecule.” Most structural chemists who investigate the architecture of matter at the picometer level ordinarily presuppose that the concept of “a molecule” is well established in a fashion similar to that of the periodic chart a

固定某物

Intermolecular Bonding,resupposes a clear understanding of an isolated molecule in relation to its environment, commonly made up of similar molecules. To achieve this it is necessary to ignore the very interactions that one aims to describe. This dilemma stems from the fact that molecular shape is a function of the enviro

intuition

SIT

The Molecule and its Environment,ld and sometimes we are thinking about the molecule in a material environment, for example in a dilute gas of other molecules or as a part of a liquid or as a solute molecule in a bulk solvent or as part of a molecular crystal. We hope to be able to understand molecular properties in an environment

consolidate

猛烈责骂

Atomic Interactions and the Charge Density,tion. In principle, quantum mechanics allows for a mapping of such a continuous energy-geometry relation but in practice, the energy can be derived only for a limited number of points of the nuclear configuration space. This can be done by decoupling the electronic and nuclear motion, i.e. by invoki

aspect

傻

,C—H⋯O Hydrogen Bonds in Organometallic Crystals, is that of .. This implies design, synthesis, characterization and utilization of crystalline materials with predefined assembly of molecules and ions that result in useful collective crystalline properties (magnetism,. conductivity and superconductivity,. charge transfer,. NLO applications. etc.).

团结

The Importance of Intra- and Intermolecular Weak Bonds in Transition Metal Coordination Compounds,, to novel materials and devices and to challenging advances in materials science and biochemistry. Supramolecular chemistry is the “chemistry beyond the molecule”, i.e. the “chemistry controlled by non-covalent intermolecular forces”.. Of specific interest are self-assembled arrays of molecules and

吞噬