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。
Thermocouple convert temperature signal to voltage signal in the light of pyroelectric effect of object.
热电偶是基于物体的热电效应，把温度信号转换成电压信号。
The pyroelectric effect is distinguished from the depolarization effect so that the correct pyroelectric coefficients of TGS· PVDF composite films are obtained.
区分了复合材料的热释电效应和退极化效应，得到了正确的热释电系数测量结果。
The ABO3 type materials have been used in memeries and photoelectric fields due to its excellent electrical properties such as piezoelectric, pyroelectric effect.
ABO3钙钛矿型材料具有优异的电学性能如压电效应、热释电效应，因此在存储器等领域都有广泛应用。
Good contrary, environmental background radiation on almost two pyroelectric devices have the same role to produce a pyroelectric effect of offset each other, so no detector signal output.
好相反，环境背景辐射对两个热释元件几乎具有相同的作用，使其产生释电效应相互抵消，于是探测器无信号输出。
The pyroelectric relaxation effect found in single crystals is somewhat smaller than that in ceramics. The polarization relaxation is observed in TGS and LATGS crystals.
单晶的热电弛豫效应略小于陶瓷，在TGS和LATGS单晶中观察到了极化弛豫。
The pyroelectric relaxation effect found in single crystals is somewhat smaller than that in ceramics.
单晶的热电弛豫效应略小于陶瓷，在TGS和LATGS单晶中观察到了极化弛豫。
The pyroelectric relaxation effect found in single crystals is somewhat smaller than that in ceramics.
单晶的热电弛豫效应略小于陶瓷，在TGS和LATGS单晶中观察到了极化弛豫。
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