针对陶瓷材料的特点，研制了一种双薄膜式表面热电偶。
A double - membranous Surface thermocouple used in ceramic materials has been developed.
氧化物半导体陶瓷材料是新型的中、高温热电材料。
Oxide semiconductor ceramics are new thermoelectric materials used at mid_or high_temperature for potential application in power generation from waste heat.
针对陶瓷材料的特点，研制了一种双薄膜式表面热电偶。
Surface thermocouple used in ceramic materials has been developed.
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. The polarization relaxation is observed in TGS and LATGS crystals.
这种新型材料正被应用于从电阻、热电隅及变压器、电容的密封端水泥绝缘子及点火器到金属玻璃及其它陶瓷制品的封装及涂覆。
The new material is being used to pot and coat electric resistors, thermocouples and transformers; seal ends of capacitors; and cement insulators and ignitors to metals, glass and other 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。
The pyroelectric relaxation effect found in single crystals is somewhat smaller than that in ceramics.
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