1.
Effect of microwave pretreatment power, pretreatment time and different microwave pretreatment conditions on the rection was discussed.
探讨了微波预处理功率、处理时间及在不同条件下预处理对反应的影响。
2.
PULPP (Peripheral Ultra-Low Power Processor)
外部超低功率信息处理机
3.
Research and Design of Superpower Corona Surface Processor;
大功率电晕表面处理机的研究及设计
4.
Transient Problem of Integrated Driver IR2113 in Power Level
集成驱动IR2113功率级中瞬态问题的处理
5.
The Design of Power Controller Based On GA And Pipeline
基于GA和并行处理的功率控制器设计
6.
A Scheme Dealing with Dynamic Reactive Power Compensation and Harmonic Control;
一种动态无功功率补偿和谐波抑制处理方案
7.
The Development of Forge Steel Crankshaft of the Big Power Diesel Engine Heat Treatment Processing;
大功率柴油机锻钢曲轴热处理工艺的开发
8.
Development of a Pulsed Power Source Applied in Waste Water Treatment Using Catalysis on Ozone Oxidization;
用于催化臭氧废水处理的脉冲功率电源的研制
9.
Making automated transfer entries and improving computerized accounting process;
发挥自动转账功能 提高会计电算化处理效率
10.
Calculation Model of Products and Net Input Thermal Power of High Temperature Thermal Treatment of Waste
废物热处理平衡产物和净输入热功率计算模型
11.
Running-in Test Data Processing of High-power Diesel Engine Based on Matlab
基于Matlab大功率柴油机磨合试验数据处理
12.
Signal Processing and Analysis Techniques in Differential Power Analysis
差分功率分析攻击中的信号处理与分析
13.
Start-up Fault Analysis of High Power Hot Water Pump in LDPE Plant
高压聚乙烯装置大功率热水泵启动故障处理
14.
Influence of Different Laser Power on Microstructure for Laser-remelted of 10CrNiMnMoV Steel
激光功率对船用10CrNiMnMoV钢表面处理后组织的影响
15.
The market-oriented economic reformation of wastewater treatment in cities is the need of the developing conditions, and also the necessary measure to raise efficiency of dealing with wastewater.
武汉市污水处理市场化改革是提高污水处理效率,发挥污水处理设施功能的必要措施。
16.
An average of 1～160 MHz frequency range of signals and 7 W powerdissipation by means of ACT202 is achieved.
用ACT202作成的SMP，处理信号的频率范围为1～160MHz，功耗仅为7W。
17.
fixed capacitor for use in 50/60Hz circuits (with reactive power handling capacity of not less than 0.5kvar)
固定电容器［供在50/60HZ的电路中使用（具有不低0.5kvar无功率的处理能力）］
18.
Wastewater treatment plants successfully employ oxygen to enhance their chemical process efficiency.
废水处理厂成功地利用氧提高了他们的化学过程的效率。