1.
The Study of HF Arc Starter Compatible with Inverters for Arc Welding
与弧焊逆变器兼容的高频引弧器的研究
2.
Experimental Study on a New Engineering Ceramics Processing Method by Micro-explosion of the High Frequency Arc Ignition
高频引弧微爆炸加工工程陶瓷新方法试验研究
3.
Research on the inverter air plasma cutting machine of non-HF contact pilot arc
非高频引弧逆变空气等离子切割机的研究
4.
Design high frequency to increase voitage and pulse heat to strike arc,so with fine ability to start arc. so with fine ability to start arc.Welding current is sufficient.
采用高频增压引弧及脉冲热引弧设计，起弧性能极佳，焊流电流充足，卓越的性能价格比。
5.
DESIGN OF ARC TRANSDUCER ARRAY WITH HEART-SHAPED DIRECTIVITY
高频心形指向性圆弧换能器阵的研制
6.
Secondary Arc Spectrum Characteristics on EHV Transmission Lines
超高压输电线路的潜供电弧频谱特性
7.
TIG arc behavior of ultrafast-convert high-frequency variable-polarity square wave
超快变换高频变极性方波TIG电弧行为
8.
The extinguish of arc of single-phase grounding fault is analyzed with high frequency theory and fundamental frequency theory.
本文分析了小电流接地系统弧光接地过电压的基本原理及高频熄弧理论和工频熄弧理论。
9.
The Research of High Voltage Ignite Digital Welding Machine for TIG;
数字化高压引弧式TIG焊机的研制
10.
Study on Principle and Technical Characteristics of High Frequency Pulsed Arc Welding Inverter
高频脉冲弧焊逆变器原理与工艺性能的研究
11.
A Study on Super thin Pipe Diameter Arc Discharge Fluorescent Lamp at High Frequency Performance
超细管径高频工作弧光放电荧光灯的研究
12.
Development of High Frequency Pulse Power Supply For Internal Pressure Estimation of Vacuum Interrupters
真空灭弧室真空度检测用高频脉冲电源研制
13.
Scattering of Plane P Wave in Circular-arc-shaped Canyon Topography:High-frequency Solution
圆弧状凹陷地形对平面P波的散射:高频解答
14.
Dynamic Response of Circular-arc-shaped Canyon under the Incidence of Plane SH Wave:High-frequency Solution
圆弧状凹陷地形在平面SH波入射下的动力响应:高频解答
15.
The application of high voltage frequency inverter in dust fan of electric arc furnace at steel plant
高压变频调速器在炼钢厂电弧炉除尘风机上的应用
16.
HCSIM:An Indexing Method for Long-Lived Frequent Block-Level Snapshot
HCSIM:一种长期高频Block-Level快照索引技术
17.
Jamming Effect of the High-repetition-frequency Laser to the Laser Seeker
高重频激光对激光导引头的干扰效果
18.
Arc ignition: retracting and scraping.
引弧可采用“回抽”、“刮擦”起弧方式.