1·Based on the analysis of damper movement during load test period, a concept for the dissipation power of damper is suggested.
根据阻尼器的加载过程分析，提出了阻尼器耗散功率概念。
2·On this basis, from the circuit theory, a loss allocation method using imputation components of dissipation power is proposed.
在此基础上，本文从电路理论出发，推导出一种基于耗散功率转归分量理论的电网损耗分摊的新算法。
3·Over hot is the main reason of PIN switches 'failure, therefore thermo-resistance and device dissipation power measurement to estimate the inner temperature accurately is necessary dramatically.
由于开关损坏的主要原因是过热损坏，对PIN二极管进行热阻和功耗测试以准确估计器件的内部温升是非常必要的。
4·The managing method of the experimental parameters for special structure and cooling mode is proposed, and effective algorithmic formulas for thermoresistance and limited dissipation power are g…
提出了特殊结构及冷却方式下的实验数据和处理方法；提供了行之有效的计算散热器热阻和极限散热器功率的方法。
5·The relationship between dissipation power of microwave and temperature can be solved by calculation, then the temperature-rising curve fitting of carbon-containing chromite fines can obtain by it.
结合含碳铬矿粉在微波场中的比热容、介电性质等热及物理性质的变化，通过计算模拟得出微波耗散功率与温度的关系，进而拟合出含碳铬矿粉的升温曲线。
6·Now, to manage CPU power dissipation, processor makers favor multi-core chip designs, and software has to be written in a multi-threaded or multi-process manner to take full advantage of the hardware.
当前，为了管理CPU性能损耗，处理器生产厂商倾向于采用多核芯片设计，并且软件必须以多线程或者多进程的方式来编写，从而发挥硬件的最大优势。
7·The resistor must also be rated high enough to meet the power dissipation requirements while the zeners are conducting.
该电阻器还应当有足够高的额定功率，以满足齐纳管导通时的功率耗散要求。
8·Active inductor loads and direct-coupled technology are employed to increase the gain, broaden the bandwidth, reduce the power dissipation, and keep a tolerable noise performance.
该放大器采用有源电感负载技术和放大器直接耦合技术以提高增益，拓展带宽，降低功耗并保持了良好的噪声性能。
9·Heat and Battery Life Issues, Sources of Power Dissipation, Circuit and Algorithm Optimizations for Power, Voltage Scaling.
热量和电池寿命问题，能源消耗，针对能源的电路和运算优化，电压换算。
10·The AD7927 USES advanced design techniques to achieve very low power dissipation at maximum throughput rates.
AD 7927采用先进的设计技术，可在最高吞吐量下实现极低的功耗。