Repeatable Intense Beam Generation of Micro-Particles Attached with 107 Electrons

Akihiro MOHRI; Akio SANPEI

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Repeatable Intense Beam Generation of Micro-Particles Attached with 107 Electrons

机译：附着有107个电子的微粒的可重复强光束产生

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Intense beams of micro-particles, each attached with approximately 1.1 × 107 electrons, were generated repeatedly. The particle was a spherical divinyl benzene polymer of 10 μm diameter, coated with 450 ? thick gold. More than 5000 charged particles were extracted outside in 0.5 s using an assembly composed of a reservoir, a helicoid conveyer, an oscillating sawtoothed plate and a charging section of a high electric field.

机译：重复产生每个分别附着约1.1×107电子的强烈的微粒束。该颗粒是直径为10μm的球形二乙烯基苯聚合物，涂层有450？厚金。使用由储罐，螺旋输送机，摆动的锯齿形板和强电场的充电部分组成的组件，在0.5 s的时间内将5000多个带电粒子提取到外部。

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《Plasma and Fusion Research》 |2018年第1期|共1页
作者
Akihiro MOHRI; Akio SANPEI;
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中图分类等离子体物理学;
关键词
highly charged particlepulsed beam sourceparticle injector;

机译：高电荷粒子脉冲束源粒子注入器;

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2. Generation of quasi-monochromatic beams of accelerated electrons during interaction of weak-contrast intense femtosecond laser radiation with a metal-foil edge [J] . Malkov Y.A., Stepanov A.N., Yashunin D.A., Quantum electronics . 2013,第3期

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3. Forward acceleration and generation of femtosecond, megaelectronvolt electron beams by an ultrafast intense laser pulse [J] . Xiaofang Wang, Quandong Wang, Baifei Shen Chinese Optics Letters . 2003,第1期

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Repeatable Intense Beam Generation of Micro-Particles Attached with 107 Electrons

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