黄铁矿热电系数的测定表明本区金矿床为中低温矿床；
Measurements of pyroelectricity of pyrite demonstrate that the mineralizing temperature of the gold deposit is low-moderate.
在降温和升温过程中，热电系数分别在180K附近和260K附近显示峰值。
The pyroelectric coefficient shows a peak at about 180K on cooling and at about 260K on heating.
方铅矿的热电导型单一，均为N（电子）型，并且具有较大的热电系数绝对值。
Thermal electricity type is simple N type with large thermal electricity ratio absolute value.
研究了它们的介电常数，热电系数，厚度伸缩振动机电耦合系数及其温度依赖性。
The dielectric constant, pyroelectric coefficient, thickness extension vibration electromechanical coupling factor and their temperature dependence are investigated.
研究了这种热电材料的电导率、塞贝克系数与烧结温度的关系。
The relationship of Seebeck coefficient and electrical conductivity in different sintering temperatures was analyzed.
介绍了热电偶传感器材料的选择和结构的设计以及传感器的例行实验情况，特别是恢复系数和时间常数实验。
The material selection and structural design of the thermocouple sensor and the routine test conditions, especially the recovery factor and time constant experiment are introduced.
结果表明，基于产品地位系数的热电成本分摊方法不但适合各种性质的热电联产企业，而且能够方便地应用于实际工程中。
The heat-electricity cost allocation model and the simplified model based on the concept of reduced exergy in thermal energy utilization process were established.
结果表明，基于产品地位系数的热电成本分摊方法不但适合各种性质的热电联产企业，而且能够方便地应用于实际工程中。
The heat-electricity cost allocation model and the simplified model based on the concept of reduced exergy in thermal energy utilization process were established.
应用推荐