Titlebook: Ionic Liquids, Molten Salts, and Polyelectrolytes; Proceedings of the I K. -H. Bennemann,F. Brouers,D. Quitmann Conference proceedings 1982

澄清

爆米花

The metal-nonmetal transition in ionic liquids,gnetic measurements, especially nuclear magnetic resonance, are discussed in relation to the nature of localized electronic states at low concentrations of excess metal and electron dynamics in the metal-nonmetal transition region. It is suggested that the stability of non-magnetic species governs t

incisive

rheumatism

Charge ordering in molten salts and in some liquid semiconducting alloys,that provided the attraction between unlike species is strong, very short-ranged screened interionic potentials can produce partial structure factors and radial distribution functions which are very close to those found in molten alkali. halides. It is the behaviour of the charge-charge or, equivale

Celiac-Plexus

Hypersonic relaxation in a glass forming KNO3-Ca(NO3)2 mixture,und velocities for both the transverse and longitudinal waves were measured as well as the absorption. A single relaxation time behaviour was revealed for temperatures > 2000°C. The temperature dependence of the relaxation time was determined in a wide range, >3000°, above the glass transition.

PANIC

博识

Correlation effects in metal ammonia systems,s to the formation of bound states. This is evident in the X-ray absorption of Rb.(NH.). near the Rb K-edge as a white peak which appears only when the metal mole fraction is reduced below x. = 0.04. These transitions must be associated with the correlation effects which lead to the formation of sod

stressors

Mott trasition in liquid gold-alkali alloys, developed a self consistent theory of the electronic and atomic structure of liquid alloys. Model calculations for the gold-alkali systems show the existence of a gap in the density of states if the ratio of the electronegativity -difference to the mean overlap integral exceeds a certain value..For

散步

Lecture Notes in Physicshttp://image.papertrans.cn/i/image/475219.jpg

打谷工具

https://doi.org/10.1007/3-540-11952-3Ionenflüssigkeit; Liquids; Polyelektrolyt; Salzschmelze; colloid; counterion; diffusion; gold; nucleic acid;