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X-Ray Emission Spectroscopic Analysis using Electric Charging and Discharging

X-Ray Emission Spectroscopic Analysis using Electric Charging and Discharging
使用充电和放电的 X 射线发射光谱分析
批准号:
09450309
负责人:
KAWAI Jun
金额:
$7.55万
依托单位:
依托单位国家:
日本
项目类别:
Grant-in-Aid for Scientific Research (B)
财政年份:
1997
资助国家:
日本
项目状态:
已结题
起止时间:
1997 至 1999

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项目成果

KAWAI Jun的其他基金

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相关文献

中文摘要
翻译
X-Ray Emission due to electrification of insulator has been confirmed experimentally. The实验条件X-ray emission due to the electric charge-up effect have been extensivelystudied with the change of pressure, vacuum, insulator material, atmospheric gas, applied voltageelectric current (DC或AC)因此,这是发现the X-rays are only strongly emitted when the vacuum is a very narrowrange on the 10 - 1-2 Torr. the X-ray emission is very unstable even though we changed theexperimental conditions as far as we could control. The physical mechanism of this X-ray emissionhas been clarified;it is due to electron bombardment.Using this phenomena,我们已经建立了一个X-ray generating device using a1.5 V battery and high voltage inverter. Thisdevice is quite small,X-rays generated. The X-rays produced by The X-rays generated. The X-rays produced bythis device was again very unstable我们tried to find a condition by which the stable X-rays were generated. However,at the present stage of our work,我们没有发现这样的实验条件,我们不认为这是一个效应的研究应该在未来需要。
英文摘要
X-Ray Emission due to electrification of insulator has been confirmed experimentally. The experimental conditions of X-ray emission due to the electric charge-up effect have been extensively studied with the change of pressure, vacuum, insulator material, atmospheric gas, applied voltage, electric current (DC or AC), and so on. It is found that the X-rays are only strongly emitted when the vacuum is a very narrow range on the 10ィイD1-2ィエD1 Torr. The X-ray emission is very unstable even though we changed the experimental conditions as far as we could control. The physical mechanism of this X-ray emission has been clarified; it is due to electron bombardment.Using this phenomena, we have constructed an X-ray generating device using a 1.5 V battery and high voltage inverter. This device is quite small, and it has been observed that significant strength of X-rays were generated. The X-rays produced by this device was again very unstable, and we tried to find a condition by which the stable X-rays were generated. However, at the present stage of our work, we have not yet found such an experimental condition. We believe that the study of charge-up effect should be needed in the future.
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通讯作者:
河合潤 他: "帯電によるX線の発生"X線分析の進歩. 29. 203-222 (1998)
Jun Kawai 等人:“由于充电而产生 X 射线”X 射线分析进展 29. 203-222 (1998)。
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通讯作者:
河合潤: "第11章X線分析 「はかってなんぼ-分析化学入門-」"丸善. 10 (2000)
Jun Kawai:“第 11 章 X 射线分析‘测量 - 分析化学简介’”Maruzen 10 (2000)。
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