2012中国科学通报:英文版Requires access

Preparation and thermoelectric properties of p-type Bi0.52Sb1.48Te3 + 3 % Te thin films

Zhang, Jiansheng, Yang, Junyou, Feng, ShuangLong, Liu, Zheng-lai, Peng, Jiangying

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Abstract

p 类型 Bi0.52Sb1.48Te3 + 的薄电影 3% Te 被闪光蒸发在玻璃底层上扔。X 光检查衍射和地排放扫描电子显微镜学被执行描绘准备的薄电影,和效果,热电的性质上的退火的参数被调查。这些电影的力量因素与增加免职温度增加了,这被显示出。退火当退火的时间是不到 90 min,退火的温度比 250 低时,同样扔的电影改进了力量因素 ??????????????? ㈠吗??

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p 类型 Bi0.52Sb1.48Te3 + 的薄电影 3% Te 被闪光蒸发在玻璃底层上扔。X 光检查衍射和地排放扫描电子显微镜学被执行描绘准备的薄电影,和效果,热电的性质上的退火的参数被调查。这些电影的力量因素与增加免职温度增加了,这被显示出。退火当退火的时间是不到 90 min,退火的温度比 250 低时,同样扔的电影改进了力量因素 ??????????????? ㈠吗??

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Available abstract

p 类型 Bi0.52Sb1.48Te3 + 的薄电影 3% Te 被闪光蒸发在玻璃底层上扔。X 光检查衍射和地排放扫描电子显微镜学被执行描绘准备的薄电影,和效果,热电的性质上的退火的参数被调查。这些电影的力量因素与增加免职温度增加了,这被显示出。退火当退火的时间是不到 90 min,退火的温度比 250 低时,同样扔的电影改进了力量因素 ??????????????? ㈠吗??

Key concepts: Thermoelectric effect, Materials science, Thin film, Nanotechnology, Physics, Thermodynamics

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