1) virtual damper
虚拟阻尼器
1.
Using the virtual damper placed at the system of interest locations,the energy dissipations of the virtual dampers can be computed.
利用虚拟阻尼器,放在结构感兴趣的位置,可以计算出虚拟阻尼器所消耗的功率值,根据虚拟阻尼器在振动系统中不同点所消耗的功率数值,讨论了寻找放置阻尼器最佳位置的方法。
2.
Using the virtual damper placed at the system of interest locations, the energy dissipations of the virtual dampers can be computed.
利用虚拟阻尼器,放在结构感兴趣的位置,可以计算出来的虚拟阻尼器所消耗的能量值,根据虚拟阻尼器在结构中不同点所消耗的能量数值,讨论了寻找放置阻尼器最佳位置的方法。
2) vicious damper
拟粘滞阻尼器
3) damping fitting
阻尼拟合
4) virtual resistor
虚拟电阻
1.
In this paper,control methods based on damping resistor and virtual resistor are presented.
针对上述问题,提出了可以根据系统要求及成本因素,采用抑制谐振电阻或虚拟电阻的策略避免谐振,并对滤波参数计算及控制策略进行了分析,最后仿真结果证明了能够减小高次谐波并具有较好的稳定性。
2.
To suppress reso- nance of LCL filter and improve stability of system,it is pre- sent that a voltage and current double loops control strategy based on virtual resistor concept.
为了提高系统的稳定性,抑制滤波器的谐振,在双闭环控制的基础上提出了一种基于虚拟电阻思想的控制策略。
3.
In order to assure stable operation of system, in this paper a controlling strategy based on virtual resistor concept is presented to make controlling arithmetic replacing function of damping resistor.
但考虑到LCL滤波器存在谐振问题,如果控制策略不合适会导致系统不稳定,且增大输入电网电流的谐波畸变率,提出基于虚拟电阻思想的控制策略。
5) virtual impedance
虚拟阻抗
1.
Current transformer saturation criterion based on virtual impedance model;
基于虚拟阻抗模型的电流互感器饱和判据
2.
The output voltage wave, the output current wave and the output equivalent impedance (it is named virtual impedance Z) are important characteristics of CWG.
组合波信号发生器(CWG)主要用于浪涌保护器或电子设备电磁兼容试验,要求在虚拟阻抗Z为2Ω的情况下,输出1。
6) pseudo-viscous frictional damper
拟黏滞摩擦阻尼器
1.
Numerical analysis of hysteretic behavior and brace force of pseudo-viscous frictional dampers;
拟黏滞摩擦阻尼器滞回特性及支撑内力分析
补充资料：阻尼型电容分压器(见分压器)
阻尼型电容分压器(见分压器)
damped capacitor voltage dividers
阻尼型电粤万压藉一”divider尽)见分压器(dam卯d eapaei、orvoltage
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