1) Energy/Power Consumption
能耗/功耗
2) power consumption
功耗
1.
Simulation of power consumption for cold-feed pin barrel extruder;
销钉机筒单螺杆挤出机功耗的模拟研究
2.
Twelve phase rectifier diode power consumption and simulated calculating of temperature increasing rate of junction and case;
十二相整流器二极管功耗和结壳温升仿真计算
3.
Optimizing design and analyzing power consumption in ASIC design.;
在ASIC设计中的功耗分析与优化设计
3) energy consumption
功耗
1.
Studying on Performance Optimization and Energy Consumption of Embedded Based NAT-PT Gateway;
基于嵌入式Linux系统的NAT-PT网关的优化及功耗研究
2.
The majorpoints concluded from the work are as follows: a) A duality of energy consumption exists in most comminution, which verifies in a unique way the ordinar.
借助一种专门设计的能准确测定破碎净功耗的双摆锤冲击破碎装置,对破碎过程功耗理论进行研究。
3.
Based on this, a stochastic model for analysis of energy consumption of a double roll crusher was deducted.
据此,推导出一种适用双齿辊破碎站破碎功耗分析的随机模型。
4) power
[英]['paʊə(r)] [美]['pauɚ]
功耗
1.
Power Reduction for the Permanent Magnet Biased Magnetic Bearing in MSCMG;
MSCMG永磁偏置磁轴承的低功耗控制方法研究
2.
Production investigation was made to initially verify the main reason of power difference between the two rollers of high pressure rolling mill.
通过现场工业实验, 初步确定了高压辊磨机结构的非对称性是设备运行时两工作压辊功耗产生较大差异的主要原因, 进而通过建立高压辊磨机的动力学模型, 从理论上分析了设备结构非对称性对两压辊功耗差异的影响规律。
3.
In order to reduce the power dissipation correlative with redundant states in sequential circuits and the redundant leap of the lock, low power design of decimal counter is proposed in this paper.
本文从抑制时序电路中的冗余状态、时钟信号冗余跳变产生的额外功耗出发,提出了一种低功耗十进制计数器的新设计。
5) power dissipation
功耗
1.
Analysis of CMOS circuits power dissipation and reductive measure;
CMOS电路的功耗分析与降耗措施
2.
Experimental study on power dissipation of corn rootstalk treatment device of no-tillage planter;
免耕播种机玉米根茬处理装置作业功耗试验研究
3.
Calculation of high voltage LDMOS power dissipation;
高压LDMOS反相器功耗的计算
6) Power loss
功耗
1.
Theory research on reducing power loss of ferrite prepared with refined iron mine powders;
降低精矿粉制备功率铁氧体功耗的理论研究
2.
IGBT power loss estimation based on PSPICE simulation;
基于PSPICE仿真的IGBT功耗计算
3.
Sealing pressure of magnetic and dynamic power loss;
磁流体密封压力及动密封粘滞功耗确定
补充资料:能耗
1.能量的消耗。一般亦指能量资源的消耗。
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