Space-charge-limited currents in a synthetic semiconducting diamond
被引:0
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作者:
Yu. A. Detchuev
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机构:All-Russia Research Institute for Synthesis of Mineral Raw Materials,Vereshchagin Institute of High
Yu. A. Detchuev
V. A. Kryachkov
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机构:All-Russia Research Institute for Synthesis of Mineral Raw Materials,Vereshchagin Institute of High
V. A. Kryachkov
É. G. Pel’
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机构:All-Russia Research Institute for Synthesis of Mineral Raw Materials,Vereshchagin Institute of High
É. G. Pel’
N. G. Sanzharlinskii
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机构:All-Russia Research Institute for Synthesis of Mineral Raw Materials,Vereshchagin Institute of High
N. G. Sanzharlinskii
机构:
[1] All-Russia Research Institute for Synthesis of Mineral Raw Materials,Vereshchagin Institute of High
[2] Russian Academy of Sciences,Pressure Physics
来源:
Semiconductors
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2000年
/
34卷
关键词:
Electrical Property;
Magnetic Material;
Exponential Distribution;
Electromagnetism;
Carrier Trap;
D O I:
暂无
中图分类号:
学科分类号:
摘要:
The electrical properties of single crystals of synthetic semiconducting diamonds of p-and n-types with B and As impurities were studied. The method of space-charge-limited currents revealed As-related monoenergetic carrier traps and traps with exponential distribution of the density of states. The possibility of using the crystals of a synthetic semiconducting diamond in alpha-particle detectors and temperature-sensitive elements is demonstrated.