Titlebook: Chemistry and Physics of One-Dimensional Metals; Heimo J. Keller Book 1977 Springer Science+Business Media New York 1977 chemistry.metals.

Cognizance

John O’M. Bockris,Shahed U. M. Khantheory and experiment that we are just about at a point where it is possible to understand much of what is going on in particular materials or at least to plan a rational program to find out. Of course there are many problems to solve and different points of view to reconcile, but this makes it an a

吸引力

Desert

Foundations of Theoretical Chemistry,mong the derivatives and analogs of TTF-TCNQ,. for example, even minor differences in molecular structure often manifest thanselves as sharp contrasts in electrical behavior. Indeed, despite their general chemical and crystallographic similarities, such compounds span the full range from insulators

Tractable

指令

Excited and Ionized States of Polymersnique with properties quite different from both conventional polymers and the prototype one-dimensional (1D) materials being discussed extensively at this summer school, e.g., TTF-TCNQ and its derivatives [1]. Studies during the past few years have shown that it is more reasonable to consider (SN).

不滿分子

Excited and Ionized States of Polymers the molecular requirements are for building up crystals containing such chains, and then to seek correlations between the structures of the chains and the resulting physical properties of the solid. Only a very small fraction of substances containing metal atom chains could in any sense be called o

Lipoprotein

Quantum Theory of Polymers as Solids structural work on systems already known, at least in principle. There are many interesting columnar compounds listed and discussed in a comprehensive recent review by MILLER and EPSTEIN (1) but those for which 1-D metallic behavior is proved or to be expected are formed by tetracyanoplatinates, di

關(guān)節(jié)炎

ANIM

The Existence of Special Elements,what effects fluctuations have upon super-conductivity. The second part by Dr. H. Gutfreund will discuss in more detail superconductivity and the more general problem of instabilities of one-dimension systems. In the third part we will discuss jointly the excitonic model of superconductivity and the

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