Theoretical Investigation of Relativistic Electrons in DT, D3He, and P11B Fusion Plasma using ICF Approach

Abstract

The study of ICF is important and requires a long time due to the various physical phenomena. One of the phenomena is the interaction potentials between ions and electrons that can provide the possibility of studding the fusion plasma more accurate. Dynamic properties of dense plasma enables us to evaluate the thermonuclear reaction parameters more accurately. In general, in this work we were able to investigate the role of relativistic electrons in DT, D³He, and P¹¹B fusion plasma using ICF approach in terms of temperature, distance, and Lorentz factor. The results of our calculations show that the calculated parameters in our work for the DT fusion fuel are in good agreement with the results of other groups, which shows the validity of our research work. While for the parameters belong to D³He and p¹¹B fuels no references were found for comparison, because they have been studied for the first time by the authors of this article. It is hoped that this work can be a foundation for further research of aneutronic fuels.