Electronic thermal transport and thermionic cooling in semiconductor multi-quantum-well structures

B. Lough; S. P. Lee; R. A. Lewis; C. Zhang

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Electronic thermal transport and thermionic cooling in semiconductor multi-quantum-well structures

机译：半导体多量子阱结构中的电子热传输和热电子冷却

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Recently, it has been proposed that semiconductor or metal-semiconductor multilayer systems can be used as energy generator or cooling devices based on the principles of thermionic emission. Such thermionic cooling devices will have much higher figures of merit than thermoelectric devices. Multilayer thermionic structures have advantages of reduced phonon transport and thus increased thermal efficiency. In this work we present a numerical investigation of the electronic thermal transport in multilayer systems. The figure of merit for different multilayer structures is calculated and optimized to give bias and temperature as a function of work function of the material.

机译：近来，已经提出基于热电子发射原理，半导体或金属-半导体多层系统可以用作能量产生器或冷却装置。这样的热电子冷却装置将具有比热电装置更高的品质因数。多层热电子结构具有减少声子传输并因此提高热效率的优点。在这项工作中，我们提出了多层系统中电子热传输的数值研究。计算并优化了不同多层结构的品质因数，以根据材料的功函数给出偏差和温度。

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《Computer physics communications》 |2001年第3期|共7页
作者
B. Lough; S. P. Lee; R. A. Lewis; C. Zhang;
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正文语种 eng
中图分类计算机的应用;
关键词
thermionic cooling; electron thermal transport; multilayer structures;

机译：热电子冷却;电子热传输;多层结构;

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专利

1. Electronic thermal transport and thermionic cooling in semiconductor multi-quantum-well structures [J] . B. Lough, S. P. Lee, R. A. Lewis, Computer physics communications . 2001,第1a3期

机译：半导体多量子阱结构中的电子热传输和热电子冷却
2. Numerical calculation of thermionic cooling efficiency in a double-barrier semiconductor heterostructure [J] . Lough BC., Lewis RA., Zhang C., Physica, E. Low-dimensional systems & nanostructures . 2001,第2a3期

机译：双势垒半导体异质结构中热电子冷却效率的数值计算
3. Mechanisms of the thermal electromotive force, heating and cooling in semiconductor structures [J] . Titov O. Yu., Velazquez-Perez J. E., Gurevich Yu. G. International Journal of Thermal Sciences . 2015,第Null期

机译：半导体结构中热电动势，加热和冷却的机理
4. Thermal activation behavior of current in semiconductor thermionic cooling heterostructures [C] . Zhu Xiangyu, Marc Bescond, Gerald Bastard, 応用物理学会春季学術講演会;応用物理学会 . -1

机译：半导体热离子冷却异质结构电流的热激活行为
5. Thermal and electrical analysis of thermionic emission cooling in semiconductor heterojunctions. [D] . Ulrich, Marc Dalen. 2001

机译：半导体异质结中热电子发射冷却的热和电分析。
6. Evaporative electron cooling in asymmetric double barrier semiconductor heterostructures [O] . Aymen Yangui, Marc Bescond, Tifei Yan, -1

机译：非对称双势垒半导体异质结构中的蒸发电子冷却
7. Thermionic cooling in cylindrical semiconductor nanostructures [O] . Lyu, Pin, Zhang, Chao 2006

机译：圆柱半导体纳米结构中的热电子冷却
8. Chemical Defects, Electronic Structure, and Transport in N-type and P- type Organic Semiconductors: First Principles Theory. [R] . Northrup, J. E. 2012

机译：N型和p型有机半导体的化学缺陷，电子结构和传输：第一原理理论。

Electronic thermal transport and thermionic cooling in semiconductor multi-quantum-well structures

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