1) temperature and frequency-dependent magnetic susceptibility
磁化率的温度和频率特性
2) frequency-temperature characteristics
频率-温度特性
1.
Methods Based on the piezoelectric resonance principles, the mechanics of quartz tuning-fork flexural vibration frequency was analyzed to determine the first order frequency-temperature characteristics.
方法基于压电谐振理论,分析音叉式石英片弯曲振动机理,利用石英晶体的一阶频率-温度特性,设计出ZYtw(θ/)双转角音叉式石英温度传感器。
3) frequency and temperature characteristics
频率及温度特性
4) frequency temperature characteristic
频率温度特性
1.
A new type of single base three-electrode quartz crystal resonator was designed and the frequency temperature characteristic of it in air environment was analyzed.
设计了一种新型的单基三电极石英晶体谐振器,并在大气环境条件下测试分析了这种谐振器的频率温度特性,验证了其频率-温度特性与已有的单基单电极谐振器的频率-温度特性基本一致,曲线为三次曲线。
5) permeability frequency characteristics
磁导率频率特性
1.
Investigation on permeability frequency characteristics of Z-type hexaferrites with multilayer structure;
多层Z型六方铁氧体磁导率频率特性研究
6) temperature dependence of conductivity
电导率-温度变化特性
补充资料：电力负荷电压及频率特性
电力负荷电压及频率特性
voltage and frequency characteristics of load
d一0 rl}一ft一he dlonyo]一P一nl口texing电力负荷电压及频率特性(voltage andfrequeney eharaeteristies of load)见负荷静态特性及负荷动态特性。
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