A study on the characteristic of conversion efficiency by low energy electron irradiated effect on C-S solar cells

This paper about the small electron beam irradiator for solar cell's efficiency. Many things are studied by method to increase conversion efficiency of solar cell. We selected electron beam by method for conversion efficiency of solar cell. Energy bands of this electron beam irradiator is 80 ke...

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Published in4th IEEE International Conference on Vacuum Electronics, 2003 pp. 149 - 150
Main Authors Jeong Phil Yoon, Byung Bog Kang, In Su Cha, Seong Oh Jo
Format Conference Proceeding
LanguageEnglish
Published IEEE 2003
Subjects
Cathodes
Cooling
Crystalline materials
Electron beams
Electron optics
Elementary particle vacuum
Flowcharts
Manufacturing
Photovoltaic cells
Voltage
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Abstract This paper about the small electron beam irradiator for solar cell's efficiency. Many things are studied by method to increase conversion efficiency of solar cell. We selected electron beam by method for conversion efficiency of solar cell. Energy bands of this electron beam irradiator is 80 keV (max.). And, solar cells that apply in this paper are crystal S. Average efficiency of solar cell that applies in this experiment is 10%. This system manufactured small size electron beam irradiator. And, electron beam irradiation to solar cell in vacuum chamber of this irradiator. Irradiation area is 20*20 [mm/sup 2/] by 30/spl sim/70 [keV].
AbstractList This paper about the small electron beam irradiator for solar cell's efficiency. Many things are studied by method to increase conversion efficiency of solar cell. We selected electron beam by method for conversion efficiency of solar cell. Energy bands of this electron beam irradiator is 80 keV (max.). And, solar cells that apply in this paper are crystal S. Average efficiency of solar cell that applies in this experiment is 10%. This system manufactured small size electron beam irradiator. And, electron beam irradiation to solar cell in vacuum chamber of this irradiator. Irradiation area is 20*20 [mm/sup 2/] by 30/spl sim/70 [keV].
Author Jeong Phil Yoon
Seong Oh Jo
In Su Cha
Byung Bog Kang
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  surname: Byung Bog Kang
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  organization: Dept. of Electr. & Opt. Electron. Eng., Dongshin Univ., Jeon-Nam, South Korea
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  surname: In Su Cha
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  organization: Dept. of Electr. & Opt. Electron. Eng., Dongshin Univ., Jeon-Nam, South Korea
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  surname: Seong Oh Jo
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Snippet This paper about the small electron beam irradiator for solar cell's efficiency. Many things are studied by method to increase conversion efficiency of solar...
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StartPage 149
SubjectTerms Cathodes
Cooling
Crystalline materials
Electron beams
Electron optics
Elementary particle vacuum
Flowcharts
Manufacturing
Photovoltaic cells
Voltage
Title A study on the characteristic of conversion efficiency by low energy electron irradiated effect on C-S solar cells
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