Particles order-disorder in complex (yukawa) fluids using molecular dynamics simulations

The measurements of the particle order-disorder (OD-structures) structures of a complex material based on general numerical experiments using a model pair, Yukawa interaction potential, which approximates real interactions in this material. The results obtained for a complex system (dusty plasmas) with interparticle connections depending on plasma parameters (Γ, κ). The particle OD results are calculated through homogenous nonequilibrium molecular dynamics simulations (HNEMD) for a series of various criterions of plasma parameters. In comparison to present results, the size system does not disturb significantly the arrangements of the particle OD but the long-range computation shows alterations toward high (Γ) by an augmentation of (κ). It has been shown that the presented approach is an alternative method to employ for computing the long-range alignment in dusty plasmas. It is so much competent for assembly the HNEMD and can be castoff to envisage the OD-structures in complex (Yukawa) fluids.