The model of interaction of charged particle and plasma fluxed withmetallic part surface under the combined processing taking into accountcollision thermo-physical, thermo-elastic, diffusive and thermo-chemicalprocesses

机译：考虑了热物理，热弹性，扩散和热化学过程的碰撞，带电粒子与等离子体在金属零件表面流过的等离子体相互作用的模型

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The investigations of erosion coefficients was performed on thebasis of the model of interaction of a charged particle and plasma witha metallic target, taking into consideration the collision,thermo-physical, thermo-chemical, diffusive, thermo-elastic,thermoplastic, thermo-fatigue and plasma-chemical processes

机译：侵蚀系数的研究是在带电粒子与等离子体相互作用模型的基础考虑到碰撞的金属目标，热物理，热化学，扩散，热弹性，热塑性，热疲劳和等离子化学工艺

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《Proceedings of the 6th International Conference on Thermal, Mechanical and Multi-Physics Simulation and Experiments in Micro-Electronics and Micro-Systems, 2005. EuroSimE 2005》|2005年|p.617-620|共4页
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Kostyuk G.I.; Voliak E.;
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中图分类自动化技术、计算机技术;
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机译：带电等离子体表面（从原子核到白矮星，中子星和银河核）的电子处理的详细阐述和一般模型：自缩合（自收缩）和带电等离子体结构的分类（类等离子体）1.概述违反中性引起的对流累积-耗散过程的分析：亚稳态带电等离子体和等离子透镜
2. Effect of ionization/recombination processes on the electrical interactions between positively charged particles in highly collisional plasmas [J] . Chaudhuri M, Khrapak SA, Morfill GE Physics of plasmas . 2010,第3期

机译：电离/复合过程对高碰撞等离子体中带正电粒子之间电相互作用的影响
3. THz-SURFACE ELECTROMAGNETIC OSCILLATIONS IN PLASMA-LIKE MEDIA CONTAINING THE FLUXES OF CHARGED PARTICLES [J] . S.I. Khankina, V.M. Yakovenko, I.V. Yakovenko Telecommunications and Radio Engineering . 2011,第20期

机译：含带电粒子通量的等离子介质中的太赫兹表面电磁振动
4. The model of interaction of charged particle and plasma fluxed with metallic part surface under the combined processing taking into account collision thermo-physical, thermo-elastic, diffusive and thermo-chemical processes [C] . Kostyuk, G.I., Voliak, . 2000

机译：考虑碰撞热物理过程，热弹性过程，扩散过程和热化学过程的复合过程中带电粒子与等离子体与金属零件表面通量的等离子体相互作用的模型
5. The interaction of energetic charged particles with gas and boundaries in the particle simulation of plasmas. [D] . Lim, Chul-Hyun. 2007

机译：在等离子体的粒子模拟中，高能带电粒子与气体和边界的相互作用。
6. Modeling Nanoparticle Targeting to a Vascular Surface in Shear Flow Through Diffusive Particle Dynamics [O] . Bei Peng, Yang Liu, Yihua Zhou, 2015

机译：通过扩散粒子动力学模拟靶向剪切流中的血管表面的纳米粒子
7. Effect of ionization/recombination processes on the electrical interactions between positively charged particles in highly collisional plasmas [O] . Chaudhuri, M., Khrapak, S., Morfill, G. 2010

机译：电离/重组过程对高碰撞等离子体中带正电粒子之间电相互作用的影响

The model of interaction of charged particle and plasma fluxed withmetallic part surface under the combined processing taking into accountcollision thermo-physical, thermo-elastic, diffusive and thermo-chemicalprocesses

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