Energy loss of cluster ions in different concentration and temperature of plasma

Abstract

Abstract The effects of the energy loss interference of homo and hetero nuclear di-cluster ions on the plasma in both Classic and Quantum Models are used to study of response dielectric function. The present work involves the interest ranges for Inertial Conference Fusion (ICF), Z-Pinch and Plasmas of Tokomak. The approximation of the Quantum Random Phase (RPA) is used, and the individual and collective Bohm-Pines model is calculated and the contribution of each mode will be calculated. For incident cluster ions, we present measurement and comparison of the stopping power for (homo nuclear di-cluster (H-H), (He-He)) and hetero-nuclear di-cluster ions like (He-H) in different plasma concentration and temperature of (ICF, Z-Pinch and TOKOMAK). The result appear the dependence of the interference term I(r) on homo and hetero-nuclear di cluster distance r 12 and the di-cluster velocity. All equations have been programmed to present the work using FORTRAN-90 and the program has been written for numerical calculations.