Abstract
The ion microfield distribution in neutral and positively charged points is studied for two-component ultracold plasma using molecular dynamics simulation. The calculations are made in a wide range of the strongly coupled parameter. The particles are treated within classical statistical mechanics using an electron–ion Coulomb potential in the entire range of distances between the particles, without any restrictions. The results can be used for any plasma in which quantum effects are not significant. Comparison with results of other authors is made.
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