Titlebook: Hydrogen Bond Networks; Marie-Claire Bellissent-Funel,John C. Dore Book 1994 Springer Science+Business Media B.V. 1994 Helium-Atom-Streuun

護(hù)航艦

Bereavement

The Observation of Different Strengths of H-Bonds in Icesprovided by a series of measurements on different ice structures and on H-defects in a D.O host lattice. The large differences in the force constants between the strong and weak H-bonds in a random network, having a strength ratio of almost 2:1 as required by the model, would affect the physical and chemical properties of ice and water.

生銹

環(huán)形

寡頭政治

Hydrogen Bonding and Molecular Mobility in Aqueous Systemscle mobility in pure water is comparable to that in simple non-associated liquids. This high translational and rotational mobility in pure water can be further increased by the application of hydrostatic pressure [3, 4] or decreased by the presence of nonpolar groups in solution [5–7].

BLAZE

Solace

進(jìn)步

The Role of H-Bond in the Formation of Icesses are crucially dependent on the nature of the hydrogen bond. Our observation of the existence of two H-bonds in ices [1] indicates that the true reason for the formation of the large number of ice structures is the existence of a mixture of the strong and weak H-bonds, resulting in a large intern

就職

Digitalis

Molecular Dynamics on a Water Model with Polarizability and Hyperpolarizabilityn molecular dynamic simulations for dealing with long-range dipolar forces and many-body polarization effects. As an application we have included the normal polarizability together with the first and second hyperpolarizability in a 3-point charge model for water.