1.
Methods of measurement of value of dielectric loss tangent for power cables (high voltage alternating current bridge method)
GB/T767-1965电力电缆介质损失角正切值测量方法(交流高压电桥法)
2.
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
3.
Vulcanized rubber--Test method for HF dielectric constant and dielectric loss angular tangent value
GB/T1694-1981硫化橡胶高频介电常数和介质损耗角正切值的测定方法
4.
Test methods for determining electrical properties of electric cables and wires--Dielectric dissipation factor measurement
GB/T3048.11-1994电线电缆电性能试验方法介质损失角正切试验
5.
Method of test for dielectric dissipation factor(tgδ)of cable paper at power frequence (Schering bridge method)
GB/T3334-1982电缆纸介质损耗角正切(tgδ)试验方法电桥法
6.
Test method for dielectric tangent of loss angle of pyroelectric material
GB/T11297.9-1989热释电材料介质损耗角正切tanδ的测试方法
7.
EFFECT OF TEMPERATURE ON DIELECTRIC CONSTANT AND DIELECTRIC LOSS FACTOR OF INSULATING PAPER
温度对绝缘纸介电系数和损耗角正切的影响
8.
Measurement of dielectric loss based on discrete Fourier transform spectrum correcting algorithms
基于DFT频域校正的介质损耗角测量算法
9.
Analysis of Grading Capacitor tanδ Expansion for High Voltage Circuit Breaker
高压断路器断口均压电容器介质损失角增大原因分析及解决措施
10.
High precision real-time on-line measurement method of dielectric loss angle
高精度介质损耗角实时在线测量方法
11.
Minimax confidence bound of the normal mean under an asymmetric loss function;
非对称损失下正态均值的同变置信限
12.
Preparation and Research on Dielectric Films with High Damage Threshold;
高损伤阈值介质膜层的制备及其研究
13.
USING HDPARM INCORRECTLY CAN CAUSE MAJOR DATA CORRUPTION AND/ OR LOSS. Most systems newer than4 years support DMA.
不正确的使用HDPARM可以造成存储介质的损坏及/丢失。最近4年内的系统支持DMA。
14.
Doubts of "No Reversion of Loss from Assets Depreciation after Being Confirmed";
质疑“资产减值损失一经确认不得转回”
15.
Study on pressure drop of non-stationary filtration with fiber media
纤维过滤介质非稳态过滤压力损失的研究
16.
The ship was wrecked and became a total loss.
船只失事，一切都损失了。
17.
The method of positive stall incidence calculation by Craig-Cox being revised and recent results of miscellanceous loss analyses being adopted, higher.
作者对正失速冲角计算方法作了修正,对叶型损失、二次流损失作了详细计算;
18.
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