The Variation of Charged Particles on the Discharge Cell with Long Gap Electrode through 2-D Simulation

机译：通过2-D仿真，具有长间隙电极的放电电池上的带电粒子的变化

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In the current discharge cell, the work on improving the properties has been ongoing. Above all else, all discharge cells require the high luminous efficacy at low driving voltages and these studies continue to be conducted. In this paper, the characteristics of discharge cells with 70 μm and 140 μm gap distance between sustain electrodes are analyzed using two dimensional fluid simulation. The 140 μm gap distance of sustain electrodes, the higher discharge voltage, but the more charged particles, exciting particles and VUV particles could increase the luminance and luminous efficacy of the discharge cell.

机译：在电流放电单元中，正在进行改善性质的工作。最重要的是，所有放电单元都需要在低驱动电压下高发光功效，并且这些研究继续进行。在本文中，使用二维流体模拟分析维持电极70μm和140μm间隙距离的放电单元的特性。维持电极的140μm间隙距离，较高的放电电压，但是带电粒子，激发粒子和VUV颗粒的较高可以提高放电电池的亮度和发光功效。

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《International Conference on "Multidimensional Role of Basic Science in Advanced Technology"》|2019年|1 v. (various pagings) :|共4页
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Don-Kyu Lee;
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中图分类 TB383-532;
关键词
Charged Particles; Discharge Cell; 2-D Simulation;

机译：带电粒子;放电单元;2-D仿真;

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专利

1. 2-D Measurement of Charged Particles Diffusing From a Double DC Corona Discharge Ionizer [J] . Takahashi, K., Sato, IEEE Transactions on Plasma Science . 2013,第8aPart1期

机译：双直流电晕放电电离器扩散的带电粒子的二维测量
2. SIMULATION OF FORMATION OF PULSED COLD-CATHODE DISCHARGE IN TWO-ELECTRODE GAP USING PARTICLE METHOD [J] . V. F. Anisimov, N. P. Bogdanov, P. V. Senin, Bulletin of the Russian Academy of Sciences. Physics . 2003,第9期

机译：用粒子法模拟两极间隙中脉冲状冷阴极放电的形成
3. Numerical Simulation of the 2-D Gas Flow Modified by the Action of Charged Fine Particles in a Single-Wire ESP [J] . Adamiak K., Atten P. Dielectrics and Electrical Insulation, IEEE Transactions on . 2009,第3期

机译：单线电除尘器中带电细颗粒作用修正的二维气体流动的数值模拟
4. The Variation of Charged Particles on the Discharge Cell with Long Gap Electrode through 2-D Simulation [C] . Don-Kyu Lee International Conference on "Multidimensional Role of Basic Science in Advanced Technology" . 2019

机译：通过2-D仿真，具有长间隙电极的放电电池上的带电粒子的变化
5. Particle-in-cell simulations of intense charged particle beam transport. [D] . Rose, David Vincent. 1997

机译：强烈带电粒子束传输的粒子模拟。
6. Track-Structure Simulations for Charged Particles [O] . Michael Dingfelder -1

机译：带电粒子的跟踪结构模拟
7. Numerical Simulation of the 2-D Gas Flow Modified by the Action of Charged Fine Particles in a Single-Wire ESP [O] . Kazimierz Adamiak, Pierre Atten 2009

机译：单线电除尘器中带电细颗粒作用修正的二维气体流动的数值模拟
8. Variational Symplectic Integrator for Long-Time Simulations of the Guiding-Center Motion of Charged Particles in General Magnetic Fields [R] . Qin, H., Guan, X. 2008

机译：变分辛积分器用于一般磁场中带电粒子导向中心运动的长时间模拟

The Variation of Charged Particles on the Discharge Cell with Long Gap Electrode through 2-D Simulation

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