1.
Research into High Efficiency and Low Wire Wear Machining Technology of WEDM-HS;
高速走丝电火花线切割高效率低损耗加工技术研究
2.
Strengthening Reactive Voltage Management to Lower Power Line Loss;
加强无功电压管理 降低电网线路损耗
3.
Hol mode low-loss transmission
Ｈｏｌ模低损耗传输
4.
Since output equals input minus losses, the engineer must kept the losses to a minimum.
因为输出等于输入减去损耗，工程师必须使损耗降低到最小。
5.
Experimental results indicate that pulse current causes denser deposit, which leads to the decrease of EDM tool wear ratio.
当电铸层作为电火花加工电极时，脉冲电流电铸可以降低电极损耗率。
6.
Study of Tool Electrode Loss and Compensation Methods in Short Arc Machining
短电弧加工工具电极损耗及补偿方法研究
7.
TMDS Transition Minimized Differential Signaling
转换极低损耗微分信号
8.
However, tool wear is high in USM, due to the abrasive cutting action.
但是,由于USM是磨削加工,因而刀具损耗大。
9.
Study on Electrode Wear Prediction Technology of ED Layered Milling;
电火花分层铣削加工电极损耗预测技术的研究
10.
EDM Electrode Wear Mechanism and Control Research
电火花加工中的电极损耗机理及控制研究
11.
Research on Tool Wear Compensation in Micro-EDM
微细电火花加工中的电极损耗补偿研究
12.
Study on Mechanism of Electrode Wear in Micro-EDM
微细电火花加工中电极损耗机理的研究
13.
Wear-resist Electrodes for Micro-EDM
一种微细电火花加工用耐损耗电极(英文)
14.
Study on Green Low-Waste Pluse Generator for EDM;
电火花成型加工绿色低功耗脉冲电源的研究
15.
Reducing Crude Oil Processing Loss and Improving Economic Benefits of Factory
降低原油加工损失,提高工厂经济效益
16.
Low-Loss LED Driver Improves a System’s Green Footprint by Boosting Efficiency and Extending Battery Life
低损耗LED驱动器通过提高效率、延长电池寿命加快系统的绿色进程
17.
High speed machining is a kind of high efficiency, high precision and low energy consumption new machining method.
高速切削加工是一种高效、质、精度低能耗的新型加工方法。
18.
They have high reflection losses and isolates degree, lower insertion loss.
具有高的反射损耗和隔离度，较低的插入损耗。