1) destruction rate
损坏率，耗损率
2) Damage rate
损坏率
1.
The damage rate of equipment is very important in equipment maintenance support.
装备的损坏率是决定装备维修保障的重要依据,通过对装备战损率及其分布的分析,给出了在维修机构修复能力一定的条件下相应的损坏率及其分布的模型,可为装备维修保障提供决策。
2.
This article, expounded the significance of lowering the damage rate, analyzed the causes of the damage, and proposed some solutions to decrease the damage rate and some maintenance.
阐述了实验室常用仪器损坏率高低的意义 ,分析了损坏的原因 ,提出了降低损坏率所采取的方法 ,以及日常维护和损坏修复的办
3) power losses
功率损耗
1.
It is shown that the use of transformer-type controlled reactors allows the power losses in the power line to be reduced considerably as compared with the other options.
对500kV输电线上采用不同方案补偿后的功率损耗进行了估算,这包括利用并联电抗器;并联电抗器与纵向电容补偿线路感抗相结合;以及可控的变压器型并联电抗器(TCSR)等方案。
2.
Although other alternative topologies (including Cuk,SEPIC,Zeta) provide the ability to convert to an output voltage less than the maximum input voltage, there are major penalty for the high voltage stress and high power losses of switching components.
分析了一种低电压应力的双开关管的Buck/Boost拓扑,分析其在3种工作电路方案下的开关电压应力和功率损耗,应用MathCAD进行数学建模并分析计算结果。
4) power consumption
功率损耗
1.
Research on power consumption in FPGA design;
FPGA设计中功率损耗的研究
2.
This paper clarifies the relations between the performance parameters and structural parameters These performance parameters include maximum film stiffness maximum load capacity and minimum power consumption On the basis of these analysis, the equations of minimum film thickness and structural parameters of restrictor are obtained.
本文阐明了平行圆盘形静压支承的最大油膜刚度，最大承载能力和最小功率损耗等性能参数与圆盘支承结构参数之间的关系，并得到了最小油膜厚度与阻尼管结构参数的关系式，为该类支承的结构设计提供了简捷的方法。
3.
The relationships between power consumption of fluid-loaded scraped-surface agitator and operating conditions in the vessel, such as viscosity of working fluid, Re,material of the blade,tip angle of the blade,thickness of the blade, width of blade,scraping angle and height were investigated.
研究了浮动式刮壁桨在槽式釜中流体的粘度、刮壁材料、刮板端角、刮板厚度以及搅拌雷诺数、刮板宽度、刮壁角度、刮壁高度对抗拌功率损耗的影响。
5) power loss
功率损耗
1.
Numerical calculation of power losses on cable coil;
电缆线圈功率损耗的数值计算
2.
An estimation method of power loss in low-voltage large-capacitance inverter
低压大容量逆变器功率损耗的一种估算方法
3.
0T, the total power loss has been measured for the nanocrystalline Fe 73.
在 f=10～ 10 0 0Hz和Bm=0 4～ 1 0T范围内 ,测量了低Br 纳米晶Fe73 5Cu1Nb2 V1Si13 5B9合金的总功率损耗。
6) loss power
损耗功率
1.
The effects of earthing system and tube material and thickness to the loss power and impendence were compared in detail.
对550kV/4000A SF6 GIS用母线多点接地与单点接地系统中额定运行条件下不同罐体材料、不同壁厚罐体上感应电流、感应电流形成的损耗功率及其阻抗特性进行了分析计算;比较了接地方式、罐体材料及罐体壁厚对损耗功率及母线阻抗特性的影响。
2.
As a result: the loss power depends on the excitation level and frequency.
仿真结果表明:在控制激励频率时,颗粒阻尼器的损耗功率随激励加速度幅值、速度幅值以及位移幅值的增加而增加;而在控制激励水平时,则发现了三种不同的规律:加速度幅值固定时,损耗功率随激励频率的增加而减小;速度幅值固定时,激励频率的变化对损耗功率的影响很小;而当位移幅值固定时,损耗功率随激励频率的增加而增加;在对颗粒阻尼两种不同的耗能机理的研究中发现摩擦耗能占总耗能的比例随激励幅值的增加而降低,冲击耗能占总耗能的比例随激励幅值的增加而增加。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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