1.
An Analogy of the Energy Lost Between Two Joined Capacitors;
两并联电容器静电能损失的力学类比研究
2.
Discussion About Loss of Electrostatic Energy by Capacitors are Connected in Parallel From the Viewpoint of Voltage;
从电压的观点讨论电容器并联所引起的静电能损失
3.
Analysis on tailrace sedimentation after flood discharge and power loss at Taipingwan hydropower station
太平湾电站泄洪后尾水渠淤积与电能损失的分析
4.
electron energy loss spectroscopy
电子能量损失能谱法
5.
characteristic electron loss phenomena
特征电子能量损失现象
6.
charged particles energy loss by ionization
带电粒子的电离能量损失
7.
An Analysis of the Static Power Ljoss in the Paraller Connection of Capacitors;
电容器并联过程中静电能的损失分析
8.
Capacitor Energy Loss and Total Non-elastic Collision Energy Loss of Analog
电容器的能量损失与完全非弹性碰撞能量损失的类比
9.
Solar chimney power generation and its energy loss
太阳能热气流发电系统透平发电及其能量损失
10.
Higher voltage cables, which carry lower currents, lose less power, but the average is around 1 per cent loss.
电压越高的电缆输送的电流强度就越小，损失的能量也就越少，但一般而言能量损失大约1％左右。
11.
At the same time broaden the spectrum as result of energy loss fluctuations.
与此同时，电子谱由于能量损失的涨落而展宽。
12.
In an ordinary resistance, the energy which is "lost" passes into heat.
在一个普通电阻中，损失的能量转变成为热。
13.
The Theory and Application of Electron Energy Loss Spectroscopy in Anisotropic Materials;
各向异性材料中的电子能量损失理论及其应用
14.
The Effect of Regenerative Losses in Ferroelectric Stirling Refrigeration Cycle;
回热损失对铁电体斯特林制冷循环性能影响
15.
Research on cycle performance and capacity fading of lithium-ion secondary batteries
锂二次电池的高温循环性能及其容量损失
16.
Deconvolution of Electron Energy Loss Spectrum of Diatomic Molecules
双原子分子电子能量损失谱的解谱方法
17.
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
18.
Even so, these wires still lose only 1/200th as much power as equivalent copper conductors.
即使这样，超导电缆的能量损失也仅及相应铜电缆的1／200。