激光感生热电电压效应(LITV)是薄膜材料的一种新的热电输运性质[2-5]。大量的实验研究相继在斜切衬底表面外延生长的YBa2Cu3O7-δ[2]、Bi2Sr2CaCu2O8[3]等空穴...
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源电压效应 source voltage effect
生热电电压效应 LITV
全电压效应 full voltage effect
离散电压效应 stray voltage effects
激光感生电压效应 Laser Induced Voltage
逆压电效应 inverse piezoelectric effect ; Inverse Piezo effect ; piezoelectric inverse effect
反压电效应 [物] inverse piezoelectric effect ; reciprocal piezoelectric effect ; piezoelectric converse effect ; indirect piezoelectricity
正压电效应 direct piezoelectric effect ; piezoelectric direct effect ; Positive Piezoelectric Effect
压电效应 [物] piezoelectricity
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存在一最佳放电电压效应。
There was a most suitable discharge voltage for the reaction.
这些结果与已有实验结果相符，它们为PT C陶瓷电压效应的设计与测量提供了理论基础。
These theoretical results are consistent with the experimental results. They may provide a theoretical basis for designing and measuring the voltage effect of PTC ceramics.
以心电信息的电生理机制和电压效应理论为基础，探讨如何利用限幅技术实现临床最佳记录效果。
Based on the electrophysiologic mechanism of cardiac electrical action and the theory of voltage effect, the limit amplitude technique was employed to obtain the best clinical record effects.
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