1) dielectric-temperature characteristic
介温特性
1.
By using of the Low Temperature Co-fired Ceramic technology, this paper presented one kind of GPS small antenna, studied this antenna’s dielectric-temperature characteristic.
本文采用低温共烧陶瓷技术设计了一种GPS小型天线,并对该天线的介温特性进行了研究,从温度对材料的介电常数的影响进而所引起的谐振频率的变化出发,分析并总结了在不同温度下的全向天线的稳定性,在实际工艺制造中有较大的参考价值。
2) Dielectric temperature characteristic
介电温度特性
3) Permittivity-temperature character
介电常数-温度特性
4) dielectric properties
介电特性
1.
Effect of temperature and frequency on dielectric properties of surimi;
温度和频率对鱼糜介电特性的影响
2.
Study of a fruit non-destructive detection system based on dielectric properties;
基于介电特性的水果无损检测系统研究
5) dielectric property
介电特性
1.
The theory about dielectric property of food was analyzed,and the physical meaning and the applying condition of dielectric parameter were studied.
分析了食品介电特性参数的理论基础,结合试验研究的现状,探讨了介电特性参数的物理意义和使用条件。
2.
The principle and the method of nondestructive inspection for fruit quality based on dielectric property of fruit are analyzed.
分析了水果品质的介电特性检测原理及方法 ,研究了基于介电特性的水果品质自动检测分级机的机构组成和控制实现 ,探讨了最佳分级阈值的在线学习方法。
3.
ELECTRONIC COMPONENTS & MATERIALS (China), Vol 18, No 6, P 31 33(Dec 1999) In Chinese Introduced are semiconductor ceramic capacitors including general technology, ceramic structure, dielectric property and the differences between them and the capacitors of BaTiO 3.
论述半导体陶瓷电容器的一般工艺、瓷体结构、介电特性及其与一般ＢａＴｉＯ３ 型陶瓷电容器之差异。
6) dielectric characteristic
介电特性
1.
The measurement results indicated that the dielectric characteristics of(Pb1-xSrx)TiO3 sample depended on the sintering temperature and the working frequency.
对所制备的PST铁电陶瓷的介电特性进行了测试分析。
2.
The present stage common method is utilize electric conduction nature and dielectric characteristic difference to recognize fluids,for example conductance method,electric capacity law and so on.
现阶段运用最多的是利用油气与水的导电性质和介电特性的差异识别井内流体的方法,例如电导法,电容法等。
3.
Nano-Ag (diameter less than 20 nm) is successfully made from Ag colloidal sol and homogeneously dispersed into SP, and the dielectric characteristics of the composite are studied carefully.
采用溶胶法制备的纳米Ag(直径小于20nm)均匀地分散到SP中后,对纳米复合材料的介电特性进行了研究。
补充资料：介电损耗特性
分子式：
CAS号：
性质：电介质的介电损耗因数和介电常数受到频率、温度、电压及湿度等种种外界条件影响而变化的性质。通过给出高分子材料的介电损耗特性，可为使用者提供更加全面的性能信息。从而为合理使用材料提供依据。
CAS号：
性质：电介质的介电损耗因数和介电常数受到频率、温度、电压及湿度等种种外界条件影响而变化的性质。通过给出高分子材料的介电损耗特性，可为使用者提供更加全面的性能信息。从而为合理使用材料提供依据。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条