1) antihydrogen steel
抗氢钢
1.
An experimental system of high-temperature split Hopkinson pressure bar (SHPB) was developed, and the dynamic properties of one type of antihydrogen steel at temperatures from room temperature to 1000 ℃ and at strain rates from 500 to 1000 s~( -1) were studied using this system.
介绍了高温分离式Hopkinson压杆(SHPB)实验方法,建立了一套高温SHPB实验系统,利用该系统研究了温度对某种抗氢钢动态压缩力学性能的影响,实验温度最高达到1 000℃,应变率为500~1 000s-1。
2.
A high-temperature SHPB experimental system is developed, and the dynamic compressive properties of a type of antihydrogen steel at room temperature through 1000℃ are studied using this system.
本文简要介绍了SHPB的基本原理和高温SHPB实验方法,建立了一套高温SHPB实验系统,并利用该系统研究了温度对某种抗氢钢动态压缩力学性能的影响,实际实验温度从室温达到了1000℃。
2) HR2 steel
HR2抗氢钢
1.
Planar detonation wave was generated to load the DT2 iron and HR2 steel cuneal sample by detonating TNT.
使用平面爆轰波起爆元件起爆TNT炸药,分别对DT2工业纯铁和HR2抗氢钢楔形样品进行了冲击加载实验。
3) Cr-Mo anti-hydrogen steels
Cr-Mo抗氢钢
1.
Cr-Mo anti-hydrogen steels on hydro-reactor and the cracks in welding metal are introduced in the paper,welding materials selection and the effect of heat input and post welding heat treatment on welding joints are also discussed.
介绍了高温、高压加氢反应器用Cr-Mo抗氢钢以及在生产过程中焊缝金属典型裂纹产生的原因及防止措施。
4) hydrogen-resistant stainless steel
抗氢不锈钢
1.
Laser conducting-limited welding of thin-wall HR-2 hydrogen-resistant stainless steel (HRSS) parts is discussed,processing parameters is studied,fluctuation of penetration and its influencing factors are analyzed,and measures to control fluctuation of penetration are presented.
探讨了HR 2抗氢不锈钢制薄壁件的激光热导焊方法,研究了激光热导焊接HR 2抗氢不锈钢制薄壁件的工艺参数,分析了焊缝焊深的波动情况及影响焊深波动的因素,提出了有效的焊深波动控制措施。
5) New type hydrogen resistance steel
新型抗氢钢
6) 2.25Cr-1.0Mo hydrogen-resistant steel
2.25Cr-1.0Mo抗氢钢
补充资料：♀抗氧化钢567
heat-resistingsteel：在高温环境下，具有较好的耐氧化性，但能承受的应力相当低的钢。
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