Features of heating and relaxation of hot electrons in thin-film superconducting nanostructures and 2D semiconductors

Features of heating and relaxation of hot electrons in thin-film superconducting nanostructures and 2D semiconductors

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LF/15727331/R
Russian
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The monograph discusses the main features of the effect of electronic heating in thin superconducting films and semiconductor heterojunctions, which occurs when carriers absorb charge radiation of terahertz and infrared ranges .. A significant part of the monograph is devoted to the presentation of modern achievements when using this effect to create receivers with record characteristics: terahertz heterodyne and bolometric receivers based on superconducting and semiconductor structures. Single IR Photon Receivers . The paper also discusses in detail the basics of modern superconducting thin-film technology. The monograph can be useful for senior students, graduate students and beginning researchers working in the field of solid state physics, optics, radiophysics ..
LF/15727331/R

Data sheet

Name of the Author
Вахтомин Ю.Б.
Корнеев А.А.
Смирнов К.В.
Чулкова Г.М.
Language
Russian
ISBN
9785426301450
Release date
2014

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Features of heating and relaxation of hot electrons in thin-film superconducting nanostructures and 2D semiconductors

The monograph discusses the main features of the effect of electronic heating in thin superconducting films and semiconductor heterojunctions, which occurs when...

Write your review

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