1) burn-through
烧穿
1.
Prediction of welding burn-through of pressured pipeline in-service;
压力管道在线焊接烧穿的预测
2.
But it is also very dangerous because burn-through might happen during welding.
但是在役焊接时可能发生烧穿,有很大危险性。
3.
The signification of repair high pressure gas pipelines and the types,complication of burn-through onto in-service welding were summarized.
综述了高压气管线在役焊接修复的意义,以及烧穿的模式和影响因素,总结分析了国内外在役焊接烧穿的研究现状和进展。
2) burn through
烧穿
1.
All effecting factor of burn through wall thickness of pipeline during welding is mainly analyzed and highlighted the effect of welding parameter to pipeline fusion depth and obtained the best welding specification to reach the results of preventing burn through wall thickness.
主要分析了管道焊接时烧穿管壁的各种影响因素,着重阐述了焊接参数对管线熔深的影响,得出了最佳焊接规范,达到了防止烧穿管壁的效果。
3) burning through
烧穿
1.
This paper describes causes of burning through in spot welding of thin plates with MMAW,and provides a welding current controlling circuit for preventing burning throug
总结了手工电弧点焊１ｍｍ左右厚度薄板烧穿的原因，设计了一种防止薄板手工电弧点焊烧穿的焊接电流控制电路，获得了满意的效
4) furnace hearth damage
炉缸烧穿
5) burnthrough range
烧穿距离
1.
The burnthrough range of multiple false targets jamming under standoff jamming is studied based on power rule.
介绍了多假目标干扰的产生原理,分析了多假目标干扰的能量特征;基于功率准则对远距离支援干扰下多假目标干扰的烧穿距离进行了理论分析;最后通过地面警戒雷达的干扰试验验证了多假目标干扰的有效性。
2.
This paper mainly researches the influence of the variety of target radar cross section(RCS) or active jamming power(the other conditions don t change)on radar burnthrough range and jamming effect under the self-defense jamming or support jamming mode,and draws the curves reflecting the relation between the burnthrough range and RCS & active jamming power.
主要研究了在自卫或支援干扰方式下,目标雷达反射面积或有源干扰功率的变化(其它条件不变)对雷达烧穿距离和干扰效果的影响,并绘制了烧穿距离与雷达反射面积、有源干扰功率变化之间的曲线。
6) melting burning through
熔融烧穿
补充资料：穿踰
1.见"穿窬"。
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