Metastable Bound State of Likely Charged Classic Coulomb Particles

Metastable bound state of two likely charged classic Coulomb particles

When the classical charged particle is scattered on the likely charged target particle, executing the rapid finite motion, a metastable bound state of the incident particle and the target particle may occur. This type of behavior differs dramatically from the Rutherford scattering.

An internal ligand-bound, metastable state of a leukocyte integrin,

A Semiquantal Approximation to the Bound-state Coulomb Problem

2014 A parameter-free semiquantal approach is used to calculate the density and energy in the boundstate Coulomb problem. Unlike most semiclassical methods in current use, our approach dispenses with the energy density functional. The self-consistent application of the method to the atomic problem is illustrated by a numerical example. J. Physique LETTRES 41 (1980) L-347 L-350 1 er AOUT 1980, C...

Coulomb interactions in charged fluids.

The use of Ewald summation schemes for calculating long-range Coulomb interactions, originally applied to ionic crystalline solids, is a very common practice in molecular simulations of charged fluids at present. Such a choice imposes an artificial periodicity which is generally absent in the liquid state. In this paper we propose a simple analytical O(N(2)) method which is based on Gauss's law...

On the theory and simulation of multiple Coulomb scattering of heavy-charged particles.

The Moliere theory of multiple Coulomb scattering is modified to take into account the difference between processes of scattering off atomic nuclei and electrons. A simple analytical expression for angular distribution of charged particles passing through a thick absorber is found. It does not assume any special form for a differential scattering cross section and has a wider range of applicabi...