1.
) The energy contained in these oppositely directed magnetic fields would then decrease over time as resistance dissipated the electric current in the sheet.
）些方向彼此相反的磁场所包含的能量，会因为平板内的电阻损耗了电流而随著时间递减。
2.
The power decrease caused by resistance in a circuit, circuit element, or device.
损耗由电路、电路元件或电路装置内的电阻造成的电力下降
3.
Study of Starter/Generator Performance and Loss of Switched Reluctance Motor in ISAD System;
开关磁阻电机ISAD系统中起动发电性能和损耗的研究
4.
Ferroresonance Simulation with Nonlinear Resistance Modeling for Transformer Power Losses
用非线性电阻模拟变压器损耗进行铁磁谐振过电压研究
5.
It follows that with the voltage on, the losses are high, so oscillation is prevented.
由此可见，加上电压后，损耗增大，因此振荡受到阻止。
6.
Effect of Control Strategies on Iron Losses of Bearingless Switched Reluctance Motors
控制策略对无轴承开关磁阻电机铁心损耗的影响
7.
Magnetic Flux and Losses Calculation of Switched Reluctance Motor in Angle Position Control
角度位置控制时开关磁阻电动机的磁通波形及损耗计算
8.
high-frequency dielectric loss measuring instrument
高频电介质损耗测量仪
9.
" Measurement of relative permittivity, dielectric dissipation factor at power frequency and volume resistivity of insulating liquids"
GB/T5654-1985液体绝缘材料工频相对介电常数、介质损耗因数和体积电阻率的测量
10.
If the coil were wound using a conventional wire such as copper, magnetic energy would be dissipated as heat due to the wire's resistance to the current flow.
若线圈是用如铜这样传统的导线绕制的话,由于导线对电流的电阻,磁拨就会因导线发热而损耗。
11.
Research about the Loss and Heat of the Damper System in Tubular Hydrogenerator Based on the Calculation of Electromagnetic Field and Temperature Field;
基于电磁场与温度场计算的贯流式水轮发电机阻尼系统损耗发热研究
12.
Also a dissipation system including electrical resistance is considered in this paper.
此外，还考虑了含电阻的耗散系统。
13.
Heat losses from the reservoir by heat conduction cannot be prevented.
热储通过热传导的热损耗是无法阻挡的。
14.
External Impetance Network Used in Compensating Acoustics Energy Loss of Transducer in AO Device
阻抗网络补偿Hg_2Cl_2声光器件换能器的声能损耗
15.
Study on the regenerative system performance influenced by flow resistance loss existed in regeneration heater
加热器流动阻力损耗对回热系统性能影响研究
16.
Modal Loss Factor Analysis for Sandwich Beams Embedded with Multiple Viscoelastic Damping Thin Layers
多粘弹性胶膜夹层约束阻尼梁损耗因子分析
17.
Strengthening Reactive Voltage Management to Lower Power Line Loss;
加强无功电压管理 降低电网线路损耗
18.
Research and Measurement of Iron Losses in Motor Fed by SPWM Waveform
SPWM供电时电机铁心损耗的研究与测试