1) Hydrogen damage
氢损伤
1.
The types of hydrogen damages of materials in refinery wet hydrogen sulfide environment and corrosion mechanisms were described and the techniques for determining the sensitivity of different materials to hydrogen damages were presented.
阐述了炼油厂湿硫化氢环境下材料氢损伤的表现形式、腐蚀机理 ,并提出判定各种材料对氢损伤敏感程度的方
2.
5 mol / L H_2SO_4 so-lution, the critical current density to cause hydrogen damage is 20 mA / cm~2.
本文采用正电子湮没技术研究了高纯Fe中的氢损伤规律,实验结果表明,在0。
3.
It was pointed out that the hydrogen damage occurred in the inner wall of the tubes due to the bad steam-water quality is the main cause of the tube explosion.
用金相试验方法分析 1号和 2号锅炉水冷壁多次爆泄情况,认为由于汽水品质不良引起管内壁氢损伤是造成管子爆泄的主要原因,并提出相应的处理意见。
2) hydrogen attack
氢损伤
1.
The results show that operating at the high temperature and local temperature overrun are the direct causes for the high temperature creep failures of the reforme tubes, while hydrogen attack accelerates the embattlement of the reformer tubes.
结果表明 ,高温操作及短时局部过热是炉管发生高温蠕变失效的直接原因 ,而氢损伤加速了转化炉炉管的脆化。
2.
Hydrogen can cause hydrogen attack to the steel material while CO 2 can lead to the corrosion and spitting corrosion of the process equipment.
氢气可以使金属材料产生氢损伤 ,二氧化碳水溶液可引起设备产生全面腐蚀和点蚀。
3) hydrogen induced damage
氢致损伤
4) Damage on hydrogen bond
氢键损伤
5) hydride defect
氢化损伤
6) hydrogen damage resistance
抗氢损伤性能
补充资料：氢损伤
分子式：
CAS号：
性质：由于氢原子进入金属而导致的材料性能下降。包括高温氢腐蚀和常温条件下的氢脆两种类型，其中氢脆又可表面为氢致塑性损失、氢致开裂和形成脆性氢化物相等不同形式。
CAS号：
性质：由于氢原子进入金属而导致的材料性能下降。包括高温氢腐蚀和常温条件下的氢脆两种类型，其中氢脆又可表面为氢致塑性损失、氢致开裂和形成脆性氢化物相等不同形式。
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