1.
Mobility Power Flow Research on Structural Sound and Vibration Analysis;
结构声振特性分析的导纳功率流研究
2.
Research on Effective Mobility Power Flow Method for Vibration and Noise Control of Assembled Structures with Cylindrical Shell;
圆柱壳组合系统振动噪声的有效导纳功率流法研究
3.
Experimental and Model Research of Nanorefrigerants' Thermal Conductivity, Stability and Nanofluids' Electrical Conductivity
纳米制冷剂的热导率、稳定性及纳米流体电导率的实验与建模
4.
Modeling of Near Field Coupling for Conducted EMI in Power Converter;
功率变流器传导EMI的近场耦合建模
5.
Effects of Nanoscale Conductive Additives on High Temperature and High Power Performance of Nickel Electrodes
纳米导电剂对镍电极高温/高功率性能的影响
6.
The most typical high power LED is super flux LED.
最典型的高功率发光二极管超级流量为主导。
7.
The DC and Noise Characteristics of High Power Laser Diodes;
大功率半导体激光器直流与噪声特性研究
8.
An analysis of arc wave shape and low flat wave shape of the admittance differential loop and power spectral of cephalogram
脑导纳微分环及功率谱对弧形波和低平波的分析
9.
Discussion on Aerodynamic Admittance of Flat Double-Girder Bridge Decks through Cross-Correlation Spectrum Recognition
扁平双边肋主梁桥梁断面气动导纳互功率谱识别方法探讨
10.
High peak power semiconductor laser module for producing nanosecond pulse
用于纳秒级窄脉冲工作的大功率半导体激光器模块
11.
This article use commute circuit as the example to deduce the calculating formula of alternating circuit power submultiple, and add to explanation to it.
以整流电路为例,推导出交流电路功率因数的计算公式,并加以说明。
12.
Fractal Geometry Theory and Application in Thermal Conductivity of Porous Media and Nanofluids;
分形理论及其在多孔介质和纳米流体热导率上的应用
13.
Power factor characteristics of the rectifier is introduced, and control methods for the conduction angles are analyzed.
介绍了整流装置的功率因数的特点，分析了导通角的控制方法。
14.
Theory of Semiconductor Power Devices ?
半导体功率器件理论
15.
Studies on Mechanisms of Power Decreased in a High Power Transverse-Flow CO_2 Laser;
高功率横流CO_2激光功率蜕化机理研究
16.
Definition of Power in AC Sinusoidal Circuit and Power Compensation;
交流正弦电路的功率定义及功率补偿
17.
Study on Power Conversion Efficiency of High-power Laser Diodes
大功率半导体激光器功率转换效率的研究
18.
(electricity) the act of increasing voltage or power or current.
（电学）电压、功率、电流增加。