The structural changes of surfaces of solar cell protective coatings under combined electron-proton irradiation

机译：混合电子质辐射下太阳能电池保护涂层表面的结构变化

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Combined irradiation of glasses by 40-keV electrons and 20-keV protons was carried out in a vacuum chamber at pressure of 10^{-4 Pa; flux densities of electrons Φ_e and protons Φ_p were varied within 2×10^{10 tο 5×10^{11 cm^{-2s^{-1. Structural changes of glass surfaces after irradiation were monitored by the Atomic Force Microscopy (AFM). Irradiation of samples was carried out with the use of stepwise increase of Φ_e and Φ_p. Analysis of such samples allowed studying the creation and evolution of microscopic structures on their surfaces. It was found that nature of the structural changes is determined by Φ_e and Φ_p and their ratio.}}}}}

机译：通过40-keV电子和20keV质子的玻璃的组合照射在10的真空室中进行10^{-4 PA;电子φ的助焊剂密度_{e 和质子φ._{p 在2×10范围内变化^{10 5×10^{11 厘米^{-2 S.^{-1 。通过原子力显微镜（AFM）监测辐射后玻璃表面的结构变化。使用逐步增加Φ进行样品辐射_{e 和φ._{p 。分析这些样品允许研究在其表面上的微观结构的产生和演化。发现结构变化的性质由φ确定_{e 和φ._{p 及其比例。}}}}}}}}}}}

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《European Conference on Radiation and Its Effects on Components and Systems》|2017年|549p|共4页
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作者
R. H. Khasanshin; L. S. Novikov;
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中图分类 TN014-53;
关键词
Glass; Radiation effects; Protons; Electrostatic discharges; Plasmas; Metals; Ions;

机译：玻璃;辐射效应;质子;静电放电;等离子体;金属;离子;

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1. Structural changes of surfaces of spacecraft solar array protective glasses being irradiated by 20-keV electrons [J] . R.H. Khasanshin, L.S. Novikov Advances in space research . 2016,第10期

机译：20keV电子辐照航天器太阳电池阵列防护眼镜表面的结构变化
2. Microstructural aspects of the protective ceramic coatings applied on the surfaces of refractory alloys produced by additive manufacturing [J] . Arcadii Sobetkii, Laurentiu Mosinoiu, Alexandru Paraschiv, Manufacturing Review . 2020,第4期

机译：应用于添加剂制造生产的难熔合金表面上的保护陶瓷涂层的微观结构
3. Protective and passiva-ting properties of amorphous antireflective coatings for silicon solar cells [J] . SWATOWSKA B., KLUSKA S., ZIMOWSKI S. Elektronika . 2011,第4期

机译：硅太阳能电池用非晶态抗反射涂层的保护和钝化性能
4. The structural changes of surfaces of solar cell protective coatings under combined electron-proton irradiation [C] . R. H. Khasanshin, L. S. Novikov European Conference on Radiation and Its Effects on Components and Systems . 2017

机译：电子-质子联合辐照下太阳能电池保护涂层表面的结构变化
5. Displacement damage-induced electrical and structural effects in gallium arsenide solar cells following ion irradiation [D] . Warner, Jeffrey Hamilton 2008

机译：离子辐照后砷化镓太阳能电池中位移损伤引起的电和结构效应
6. Analysis and modification of defective surface aggregates on PCDTBT:PCBM solar cell blends using combined Kelvin probe conductive and bimodal atomic force microscopy [O] . Hanaul Noh, Alfredo J Diaz, Santiago D Solares 2017

机译：使用组合的Kelvin探针导电和双峰原子力显微镜对PCDTBT：PCBM太阳能电池混合物中的缺陷表面聚集体进行分析和改性
7. Microstructural aspects of the protective ceramic coatings applied on the surfaces of refractory alloys produced by additive manufacturing [O] . Arcadii Sobetkii, Laurentiu Mosinoiu, Alexandru Paraschiv, 2020

机译：应用于添加剂制造生产的难熔合金表面上的保护陶瓷涂层的微观结构
8. Space Plasma Experiment for Thin-Film Solar Cells with Protective Coatings [R] . Tlomak, P. , Hausgen, P. E. , Piszczor, J. M. , 2005

机译：具有保护涂层的薄膜太阳能电池的空间等离子体实验

The structural changes of surfaces of solar cell protective coatings under combined electron-proton irradiation

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