Surface fusion in deuterium beam solid target reactions: A theoretical study on ion source

Alireza Asle Zaeem, Morteza Sedaghat Movahhed, Mirmohammadreza Seyedhabashi
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引用次数: 0

Abstract

A new ion source to perform deuterium ion beam-target surface fusion has been studied and designed. Analytical calculations including the Monte Carlo based simulation performed to estimate the energy and ion current necessary to produce up to 1010 n/s with solid targets. Frontiers of deuterium surface fusion yield on different metallic targets are calculated with a computational code. Planner ICP ion source selected to reach the estimated surface fusion yield. The secondary electron's trajectories are simulated for some different suppression potentials to reach the safe suppression with lowest possible spark problem. Theoretical analysis is performed to regulate the optimum distance between plasma and the accelerating electrodes to have parallel deuteron ion beam with necessary conditions to reach 108 n/s or further.
氘束固体靶反应中的表面聚变:离子源的理论研究
研究和设计了一种用于氘离子束-靶表面聚变的新型离子源。分析计算包括基于蒙特卡罗的模拟,以估计产生高达1010 n/s固体目标所需的能量和离子电流。用计算程序计算了不同金属靶上氘表面聚变产率的边界。计划器选择ICP离子源以达到估计的表面聚变产率。模拟了不同抑制电位下二次电子的运动轨迹,以达到最低火花问题的安全抑制。对等离子体与加速电极之间的最佳距离进行了理论分析,以使平行氘核离子束在必要条件下达到108 n/s或更高。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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CiteScore
1.70
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