1) heating number
火次
1.
The effects of heating number in hot-die forging on grain fineness number and tensile properties at room temperature and 700℃ have been investigated for GH4133A superalloy.
本文对 GH4133A 高温合金多火次热模锻造试样的晶粒度、室温与700℃高温拉伸性能进行了研究, 实验结果表明,分别以10%的小变形量和以30%的中等变形量在1080℃温度下3火变形后,室温拉伸强度略高于1160℃温度下变形试样的强度,而两者的室温拉伸塑性相当。
2) sub rocket
次级火箭[火]
3) subvolcanic rock
次火山岩
1.
Ore deposit geological characteristics associated with subvolcanic rock in Western Xinba′erhuyouqi,Inner Mongolia;
内蒙古西旗西部与次火山岩有关的矿床地质特征
2.
The Wanglingkou gold deposit is a subvolcanic rock type gold deposit.
王林口金矿为次火山岩型,金矿化主要集中分布在燕山期石英正长斑岩体内,总体呈东强西弱,北高南低,且与节理裂隙发育程度和金属矿化强弱密切相关,燕山晚期石英正长斑岩即是重要的赋矿围同时也是主要的成矿母岩。
3.
Metallogenic background of the Naoniushan copper deposit comprehensively analysed through the rock chemistry analysis of the associated subvolcanic rock with mineralization , trace element and REE analysis of the volcanic-subvolcanic rocks in the ore field, combined with the related lead isotope analysis.
通过对闹牛山铜矿区与成矿有关的次火山岩岩石化学分析,以及对矿区火山-次火山岩微量元素、稀土元素的分析,结合相关的铅同位素分析,综合分析了该矿床的成矿地质背景。
4) secondary normalizing
二次正火
1.
The results show that secondary normalizing can remove the wustite structure and make grain refining.
通过对几种细化晶粒方法的比较,提出采用二次正火可细化晶粒并消除魏氏组织。
5) quenching times
淬火次数
6) double quenching
二次淬火
1.
Heat treatment tests of normalizing,quenching and temperature tempering,double quenching are carried on the material ZG25Mn for the axle box base of electric locomotive.
对机车抱轴承箱材料ZG2 5Mn进行了正火、调质、二次淬火的热处理工艺试验 ,比较分析了不同工艺的金相组织和机械性能 ,阐述了二次淬火的强韧化机理 ,认为二次淬火可以改善组织 ,提高强度与韧性。
2.
Through study about the heat treatment process of high-powered marine diesel engine cam, cam\'s technology of carburizing and quenching was optimized, adopting the double quenching process after carburizing, and taking alkaline bath as the quenching medium, the influences of new technology on mechanical properties and microstrcture were studied.
通过对大功率船用柴油机凸轮热处理工艺的研究,对凸轮渗碳淬火工艺进行优化,渗碳后采用二次淬火工艺,碱浴作淬火介质,研究新工艺对凸轮力学性能和显微组织的影响。
补充资料：火补火泻
火补火泻
火补火泻 灸法名。即艾灸补泻。见该条。
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