dielectric loss
英 [ˌdaɪɪˈlektrɪk lɒs]
美 [ˌdaɪɪˈlektrɪk lɔːs]
介电损耗
双语例句
- Study on Field Testing High Voltage Dielectric Loss of Current Transformer
电流互感器高压介损现场测量方法的研究 - Dielectric Loss Test and Analysis on Windings of EM
关于电机线圈介质损耗的试验和分析 - Analysis on Connection Mode of Measuring Capacitance and Dielectric Loss of Transformer Condenser Bushing
变压器电容式套管电容量及介损测量接线方式分析 - Capacity and dielectric loss of capacitor unit C11 and C12 can be measured by conventional positive and opposition method.
对于电容单元C11、C12，采用常规正反接线法进行电容、介损值测量； - So it has become a hot domain in the electrical research to measure the dielectric loss.
因此对电气设备绝缘介质损耗的测量已逐渐成为国内外电气研究中的一个较热门的领域。 - High Accuracy Digital Measurement of Dielectric Loss Using Secondary DFT Method
采用二次DFT的高精度介损数字测量方法 - Electrical characteristics: capacitance, dielectric loss tangent, leakage current and etc., which are specified in catalogue or alternate product specification.
电性能：电容量、损耗角正切、漏电流等，具体数据参见产品目录和相关产品规格书。 - The measurement of dielectric loss angle is one of the main methods in the preventive tests for the insulation of electrical equipment.
电气设备绝缘预防性试验中的介质损失角正切的测量，则是一种使用较多而且对判断绝缘较为有效的方法。 - Hanning windowed interpolation harmonic analysis algorithm and high-order sine fitting algorithm are the two effective algorithms for dielectric loss angle measurement.
加汉宁窗谐波分析法和高阶正弦拟合法是介损角测量的两种有效算法，对两种算法的分析和比较有利于它们在实际中的应用。 - Influence of signal sampling mode on dielectric loss angle measurement
信号的取样方式对介质损耗角测量的影响 - Study on properties of low permittivity and dielectric loss CaO-B_2O_3-SiO_2 system glass-ceramics for LTCC
低介低损耗CaO-B2O3-SiO2系微晶玻璃性能研究 - Effect of temperature on dielectric constant and dielectric loss factor of insulating paper a new diesel injector with PTC materials
温度对绝缘纸介电系数和损耗角正切的影响一种带正温度系数材料加热的柴油喷油器 - Testing Analysis of Capacitance and Dielectric Loss for the Capacitor Voltage Transformer
电容式电压互感器电容和介损试验的分析 - The connection and results of capacitance and dielectric loss measurement of capacitor bushing in transformer are modified.
对安装在变压器上电容式套管电容量及介损测量接线方式和测量结果进行了修正。 - Dielectric Loss Factor Measurement Based on Kaiser Window Spectral Correction
基于Kaiser窗频谱校正的介质损耗因数测量 - Analysis of the Dielectric Loss in the Transmission Line Based on Time Domain BLT Equation
基于时域BLT方程的传输线介电损耗分析 - Dielectric loss of ZnO varistor ceramics by variable temperature spectroscopy
ZnO压敏陶瓷介电损耗的温度谱研究 - In recent years, it has become a new direction to research a new type of dielectric loss measurement devices.
近几年，对新型绝缘介损测量装置的研究成为一个新的方向。 - Analysis and diagnosis about factors to influence on-line measuring result of dielectric loss;
介绍一种电容型设备介损因数在线监测系统的设计方案。 - Dielectric loss tangent is the most important parameter that reflects the apparatus'insulation condition.
介质损耗因数是反映设备绝缘状况的重要参数。 - Online monitoring terminal of dielectric loss based on DSP and CPLD
基于DSP和CPLD开发容性设备介损在线监测终端 - In the process of on-the-spot measurment of dielectric loss, the problem of power frequency interference is very serious.
在电气设备绝缘介损的测量过程中，工频干扰问题非常突出。 - Digital Dielectric Loss Measurement Based on Improved Harmonic Analysis Method
基于改进谐波分析法的介损数字测量 - Research on On-Line Monitoring of Dielectric Loss for Transformer Bushing
变压器套管介质损耗在线监测的研究 - Modified Method on Dielectric Loss Factor of Capacitive Equipment Based on Support Vector Machine and Genetic Algorithm
采用支持向量机和遗传算法的电容型设备介质损耗因数修正方法 - Vulcanized rubber& Determination for industrial frequency dielectric constant and dielectric loss angular tangent value
GB/T1693-1981硫化橡胶工频介电常数和介质损耗角正切值的测定方法 - The non-synchronization caused by the frequency fluctuation will cause remarkable error when the harmonic analysis method is used in the on-line monitoring of dielectric loss.
使用谐波分析法对介质损耗因数进行在线监测时，由电网频率波动引起的非同步采样会给系统测量带来很大误差。 - The results indicate that wavelet transform has very good application effect in dielectric loss measurement.
仿真分析表明，小波变换在介损测量中有较好的应用效果。 - Experimental Research on Tolerance Affected by Some Factors in Hot, Humid and Low-oxygen Environment; Quartz fibre strengthen Bis maleimide BMI composite material have low to dielectric loss angle, able to bear high temperature, damp and hot, good mechanics performance.
高温高湿低氧环境中影响人体耐力的若干因素实验研究石英纤维增强双马来酰亚胺树脂复合材料具有低介电损耗、耐高温、耐湿热及良好的力学性能。