pyroelectric effect

Experimental Study on Applying the Pyroelectric Effect to Low-Grade Waste-Heat Power Recovery

热释电效应用于低温余热动力回收的研究

Thin-film ZnO pyroelectric sensors use the pyroelectric effect to convert temperature variation to corresponding electrical signal.

焦电薄膜感测器是以温度变化产生焦电讯号.

The pyroelectric effect of polyvinylidene fluoride ( PVDF ) has great influence on the PVDF pressure transducer sensitivity.

聚偏氟乙烯 ( PVDF ) 压电薄膜的热电效应对PVDF压力 传感器的输出灵敏度影响较大.

And the samples can provide an electric energy output at a constant temperature of 500 ℃, which cannot be explained by the known thermoelectric or pyroelectric effect.

并且样品在500℃的恒定温度下有稳定的电能输出，这种现象用现有的温差电效应和热（释）电效应理论都不能解释。

Recent developments in the glasslike properties, electrocaloric effects, effect of secondary pyroelectric coefficient, and quantum ferro-electricity of ferroelectrics at low temperature are reviewed, primarily from an experimental viewpoint.

本文对铁电体的低温性质，如似玻璃性质、电热效应、二次热释电系数的影响和量子铁电性的实验结果，进行了简单的评述。

The discovery of pyroelectric effect is a base for laser and infrared detector.

热释电效应的发现,为激光和红外探测的应用奠定了良好的基础.