1) vacuum arc
真空弧
1.
Main impurity in vacuum arc deuterium ion source (VADIS) was discussed and the formation of protium, as impurity in VADIS, and its influence on the quality of ion source beam were analyzed emphatically.
分析了真空弧氘离子源中杂质的主要构成,并着重分析了杂质氕的成因及其对氘离子源性能的影响。
2.
Main impurity in vacuum arc deuterium ion source (VADIS) was discussedand the formation of protium, as impurity in VADIS, and its influence on the quality ofion source beam were analyzed emphatically.
分析了真空弧氘离子源中杂质的主要构成,并着重分析了杂质气的成因及其对氘离子源性能的影响。
2) vacuum arc
真空电弧
1.
Design and Characteristics Analysis for the Image Collection System of Vacuum Arcs;
真空电弧图像采集系统的设计及特性分析
2.
Advances in vacuum arc cathode spots
真空电弧阴极斑点的研究进展
3.
Hollow cathode vacuum arc welding(HCVAW) technique ,a novel welding technique and having great potential applications in our industry,is introduced in this paper in detail.
空心阴极真空电弧焊接 (HollowCathodeVacuumArcWelding ,HCVAW)技术是一项新型、独特的技术 ,在航空、航天等工业部门有着巨大的应用潜力。
4) vacuum arc plating
真空电弧镀
1.
A new Al-Si-Y coating prepared by vacuum arc plating was introduced,and its conventional technical properties was analyzed.
结果表明,采用真空电弧镀技术将Al-Si-Y合金沉积在叶片表面可以获得附着牢固、组织结构致密、抗高温氧化和抗热腐蚀性能良好的Al-Si-Y涂层,满足了航空发动机涡轮叶片的高温防护需要。
2.
The process principle of depositing NiCrAlY coating on an engine turbine blade surface by МАП-1 vacuum arc plating equipment is investigated,and the technical properties of the NiCrAlY coating are discussed.
利用МАП-1真空电弧镀设备,研究和试验了在某型发动机涡轮叶片表面沉积N iCrA lY涂层的工艺原理和性能。
5) vacuum interrupter
真空灭弧室
1.
Study of the vacuum degree test of vacuum interrupter;
真空灭弧室真空度测试仪的研究
2.
Comparative analyses of jointing stresses for two kinds of weld beads in vacuum interrupters;
真空灭弧室两种封接焊缝应力对比分析
3.
Insulation design of vacuum interrupter based on multivariable optimization;
基于多变量优化的真空灭弧室绝缘设计
6) anodic vaccum arc
阳极真空弧
1.
The paper discribes the basic phenomena in the anodic vaccum arc producing process according as what has taken place in the experiment.
依据阳极真空弧实验事实叙述了阳极弧的形成过程中所观察的基本现象 。
补充资料：操弧
1.持弓发箭。
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