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2012•Advanced materials researchOpen access

Optimal Application of the Betatron

Lei Han, Xiao Xing Zhang, Yu Jie Dai, Ying Jie Lv

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Abstract

The betatron is a very important instrument to impart high energy to light charged particles such as electrons. In this paper, we propose two optimal ideas to improve the efficiency of the original betatron application. With our approaches, the efficiency of betatron could be improved to nearly 100%. And the current density of the electron beam can also be improved obviously.

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What this paper is about

The betatron is a very important instrument to impart high energy to light charged particles such as electrons. In this paper, we propose two optimal ideas to improve the efficiency of the original betatron application. With our approaches, the efficiency of betatron could be improved to nearly 100%. And the current density of the electron beam can also be improved obviously.

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Available abstract

The betatron is a very important instrument to impart high energy to light charged particles such as electrons. In this paper, we propose two optimal ideas to improve the efficiency of the original betatron application. With our approaches, the efficiency of betatron could be improved to nearly 100%. And the current density of the electron beam can also be improved obviously.

Key concepts: Betatron, Electron, Physics, Beam (structure), Cathode ray, Nuclear physics, Atomic physics, Computational physics

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