Interaction distributions

The influence of a noncubic electronic charge distribution interacting with a Mossbauer nucleus may be exemplified by using point charges, for which the EFG is easy to calculate. A point charge <7 at a distance r = +y from a... 

When a solute is immersed in a solvent, its charge distribution interacts with that of the solvent. In a continuum model, rather than representing the charge distribution of the solvent... 

As pointed out before (see Section II,A,2), there will always be a fraction of drops with zero concentration while also at the feed concentration there must be a maximum in the concentration distribution. Interaction, therefore, makes sure that subsequent maxima will also occur at -J, f, j, etc., times the feed concentration. 

The term g( ( is due to the optical polarization, induced by the nuclear charge distribution, interacting with the solute electronic charge distribution. 

Other properties, such as constant volume or constant pressure heat capacity, Cy and Cp, are related to fluctuations of the interaction energy distribution. Interaction energy, however, enters all equilibrium properties of mechanical nature, as they can be expressed as averages containing probability densities defined as follows ... 

The stereoelectronic representation (or lattice representation) of a molecule is a molecular description related to those molecular properties arising from electron distribution - interaction of the molecule with probes characterizing the space surrounding them (e.g. - molecular interaction fields). This representation is typical of - grid-based QSAR techniques. Descriptors at this level can be considered 4D-descriptors, being characterized by a scalar field, i.e. a lattice of scalar numbers associated with the 3D - molecular geometry. 

The first term is the total charge 2 interacting with the value of the scalar potential at the expansion point, whereas the second term corresponds to higher moments of the charge distribution interacting with spatial derivatives of the electric field at the expansion point. The electric multipoles have the general... 

AA(/iv) is the change in absorbance as a function of the photon energy hv. NT and Th represent the nonthermalized and thermalized states, is the time constant for the electron-phonon interactions of the thermahzed electron distribution and is the internal electron thermalization time. is the decay time of the nonthermal electron population. Note that t, h is shorter than t,h because the nonthermahzed electron distribution interacts with the lattice during the thermalization process. 

Uncertain. The suggestion is that diazepam may possibly alter the extent of the protein binding of digoxin within the plasma, which may have some influence on the renal tubular excretion, but see eomments on protein binding interactions in Drug distribution interactions , (p.3). The reason for the interaction between digoxin and alprazolam is not understood. 

Ability to communicate with other applications on a dynamic basis The concept of distributed interactive simulation that includes the ability to exchange data with other applications, including... 

Highton, R., 1972, Distributional interactions among eastern North... 

Figure 1 Air traffic compared with other complex and/or safety-critical industries in terms of potential number of fatalities per accident and the level of distributed interactions...

The contribution by Hoshi et al. addresses the formulation of a theory for the estimation of a molecular electronic structure surrounded by an anisotropic medium [38]. It is assumed there, that the medium surrounding the solute system is composed of more than two polarizable dielectrics with different dielectric constants the different dielectric regions make contact at each other through arbitrary shape boundaries. As usual, the solute charge distribution interacts with the dielectrics via a reaction field. 

Many aspects of heavy metal tolerance differ in an infant as compared to an adult. As far as absorption, retention, distribution, interactions with other nutrients or toxic effects are concerned, the specific influences of age have been discovered and evaluated by other contributors to this volume who present their view more competently than this presentation by pediatric nutritionists could possibly do it. 

The non-locality of the expression reflects the finite distribution of an ion charge in space and the fact that every part of this distribution interacts with an electrostatic field. The number density that follows is... 

A recent review discusses possibilities to assemble monodisperse colloidal particles into 2D and 3D structures (Vogel et al, 2015). Topographic patterns (produced by various methods) use walls to predefine structural order. Patterns in two and three dimensions define locally distributed interaction... 

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