The size of beam spot of EBW is important factor which affects weld configuration.
电子束焊接焦 点的大小是影响焊缝成型的重要因素。
This paper describes a new heating cathode source for electronic beam welder (EBW).
提出了一种新型的电子束焊机用阴极加热电源。
The large flange welded by using EBW has been successfully used in the array antenna of new radar.
采用电子束焊完成的大型法兰已成功地应用于某新型雷达的阵列天线。
This paper introduces rapidly controlling principle on electron beam current for electron beam welder (EBW).
介绍了电子束焊机用电子束流快速控制原理。
This paper investigates the EBW technique for sealing the box of high-power phase shifter with the cover board.
研究了高功率移相器盒体与盖板的电子束封焊工艺技术。
The dissimilar metals joining between aluminum alloy LF2 and Q235 steel with electron beam welding (EBW) was investigated.
本文主要研究了LF2铝合金与Q235钢之间异种金属电子束焊接工艺。
The results show that the HAZ microfissuring damage of superalloy EBW joints induces mechanical properties deterioration which is attributed to the EBW thermal shock.
结果表明，热冲击是高温合金电子束焊接热影响区的微裂纹损伤的主要原因，热冲击损伤效应导致接头力学性能的劣化。
EBW procedure of pyramidal horn antenna was researched, including joint design, welding parameters confirmation, etc. And the comparisons with TIG procedure were also made.
研究了角锥喇叭天线的电子束焊接工艺，并与传统的氩弧焊成形工艺进行了对比。
Electron Beam welding (EBW) is a mature welding process which offers many advantages in terms of weld productivity, avoidance of distortion and minimal metallurgical disturbance.
电子束焊接(EBW)是一种技术成熟的焊接方法，它给焊接生产提供了很多便利条件，避免了材料的变形并且使冶金变化的影响减到最小。
Some technological problems such as precision of antenna ca-liber, one-side welding with back formation, etc. were solved. EBW procedure of pyramidal horn antenna was applied successfully.
解决了喇叭口径精度、单面焊双面成形等技术难点并成功应用于产品。
Some special dynamic characteristics were disclosed using some special phenomena in the EBW processing, and at the same time, the physical models of the EB deep penetration were put forward.
回顾了前人利用电子束焊接过程产生的特有现象作为研究瞬态过程的依据，揭示了一些焊接瞬态特征以及提出的各种有关电子束深穿透焊接的物理模型。
Some special dynamic characteristics were disclosed using some special phenomena in the EBW processing, and at the same time, the physical models of the EB deep penetration were put forward.
回顾了前人利用电子束焊接过程产生的特有现象作为研究瞬态过程的依据，揭示了一些焊接瞬态特征以及提出的各种有关电子束深穿透焊接的物理模型。
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