1) hysteresis power loss
磁滞功率损耗
2) hysteresis loss
磁滞损耗
1.
Research and application of hysteresis loss characteristics of ferrite material;
铁氧体材料的磁滞损耗特性
2.
AC loss model of HTS tape was discussed in this paper,and a new analyzin g method for hysteresis loss was pro posed.
分析并推导了高温超导带材的交流损耗模型,给出了一种新的分析其磁滞损耗方法,这样的磁滞损耗模型表明磁滞损耗是电流和与电流成正比的磁场感应强度的函数。
3.
The hysteresis losses of superconductors at different temperatures and under differen.
利用推导的公式 ,讨论了温度和外加磁场对高温超导体的磁滞损耗的影响 。
3) magnetic hysteresis loss
磁滞损耗
1.
As the vital components of power delivering, the traditional electrical fittings unavoidably cause eddy loss and magnetic hysteresis loss under the effect of alternating magnetic field.
金具是电力输送过程中的重要部件,传统铁磁金具在由交变电流产生的交变磁场作用下产生磁滞损耗和涡流损耗造成线路能量损失,电力线路中各类金具数以万计,其损耗量相当可观。
4) 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。
5) 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。
6) 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。
补充资料:磁滞损耗
磁滞损耗 hysteresis loss 铁磁材料在磁化过程中由磁滞现象引起的能量损耗。磁滞指铁磁材料的磁性状态变化时,磁化强度滞后于磁场强度,它的磁通密度B与磁场强度 H之间呈现磁滞回线关系。经一次循环,每单位体积铁心中的磁滞损耗等于磁滞回线的面积。这部分能量转化为热能,使设备升温,效率降低,这在交流电机一类设备中是不希望的。软磁材料的磁滞回线狭窄,其磁滞损耗相对较小。硅钢片因此而广泛应用于电机、变压器、继电器等设备中。 |
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