Space correlations of charged particles in bounded plasma systems

Simultaneous correlation functions for a plasma layer, cylinder and sphere have been obtained. Analytical and numerical investigations into the behaviour of these distributions depending on the position of charged particles, dielectric constant of environment and system dimensions have been carried on in detail. Effect of plasma system geometry on spatial correlations of charged particles has been studied. The results obtained permit to judge qualitative and quantitative differences in the found regularities both from the Coulomb and Debye distributions, on one side, and analogous results for semi-confined plasma, on the other side, and therefore to judge the necessity of consideration of the second boundary (for layer) or system confinement in the transverse direction (for cylinder)