1) complex power
复功率
1.
The relations between the complex power and the active power as well as the reactive power are obtained based on the fact that the complex power is defined as the multiplication of the voltage phasor and the conjugate of the current phasor.
基于复功率等于电压相量与电流相量共轭积的定义,得出了复功率与有功功率和无功功率的关系;建立了有功功率、无功功率、复功率及复交流功率与瞬时功率的关系,进而仅基于瞬时功率的守恒性便证明了上述功率也满足守恒性。
2.
Based on the controlled source model of coupling induction in the sinusoidal altertnating current circuit,the complex power of coupling induction in the series connection and parallel connection induction winding and air transformer is analysed.
利用正弦交流电路中耦合电感元件的受控源模型,分析串联、并联耦合电感线圈及空心变压器中耦合电感的复功率及与电源之间的功率关系,直接、方便获得由磁耦合引起的有功功率和无功功率。
3.
In this paper, the complex power of the mutual-inductance coupled circuit is discussed.
从场的角度讨论了耦合电感电中的复功率。
2) driven power
复卷功率
3) power recovery
功率恢复
1.
Combustion Characteristics and Power Recovery of JV481Q Engine Running on LPG;
JV481Q发动机燃用液化石油气的燃烧特性与功率恢复
2.
Computed study on power recovery of turbocharged two stroke spark ignition engine at altitude
二冲程汽油机高空增压功率恢复计算研究
3.
This paper is devoted to study load modelling for dynamic sensitive load during voltage sag process, a nonlinear dynamic load model with the power recovery is considered, second order differential equations are adopted to describe the power recovery.
在讨论电压暂降过程中敏感动态负荷建模时,对具有功率恢复特性的非线性动态负荷模型进行了分析,采用二阶微分方程描述功率恢复。
4) complex power
复数功率
1.
This article discusses physical meanings of active,reactive,nominal,and complex power in alternative circuits.
就交流电路中有功功率、无功功率、视在功率、复数功率概念的物理意义作分析对比 ,并论述四者的关系 ,表述了它们间的异同点和内在联
2.
The impedance spectroscopy of the asymmetric supercapacitor before and after the activation process was studied in terms of complex capacitance and complex power,and the relaxation time constant was determined.
通过对化成前后的超级电容器交流阻抗谱进行分析,利用复数电容和复数功率两种形式讨论了不对称超级电容器的阻抗变化规律,确定了不对称超级电容器的时间常数;通过碳/碳超级电容器与不对称超级电容器的阻抗行为的比较,说明电池型电极的引入对电容器的频率响应特性造成的影响。
5) compound power flow
复功率流
6) complex alternating power
复交流功率
补充资料：复功率
复功率
complex power
币ugong}口复功率(eomplex power)正弦电流电路中，实部为平均功率、虚部(或负虚部)为无功功率的复数量。复功率是用相量法分析正弦电流电路时的一个辅助计算量。令二端网络或元件中有功功率为尸、无功功率为Q，则复功率等于电压相量亡与电流相量j的共扼复数夕的乘积，即 尸+jQ一口j或定义复功率等于电压相量亡的共辘复数亡与电流相量I的乘积，即 p一iQ一亡j由以上二式可知:复功率的模等于视在功率，它的辐角(或辐角的负值)等于功率因数角。 有功功率、无功功率和复功率都遵守能量守恒定律。即正弦电流电路中各阻抗元件吸收的有功功率之和、无功功率之和和复功率之和分别等于各电源发出的有功功率之和、无功功率之和和复功率之和。引人复功率这一概念给电力网的潮流计算带来很多方便。在谐波潮流计算中也多引用谐波复功率进行分析计算。
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