1) high Mo equal
高Mo当量
1.
Effects of heat treatment on microstructure and mechanical properties of high Mo equal titanium alloy BT25y
热处理对高Mo当量BT25y钛合金显微组织和力学性能的影响
2) High CE
高碳当量
1.
The Heavy Sectioned High CE High Strength Gray Iron Produced by Modifier Containing Ti;
用含钛变质剂生产大断面高碳当量高强度铸铁
4) Normal tail transformation
当量高斯化
1.
Through the Normal tail transformation the various non--Normal random loads acting upon structure are equivalent to the Normal type, and then by using the invariance with which the linear elastic structures respond to the Normal load, the reliability constraints of displace- ment and stress are equivalently treated as conventional formsl.
通过映射变换将各种非高斯型随机荷载当量高斯化,利用弹性结构体系对高斯荷载反应的不变性,将位移、应力等可靠性约束等价处理为常规约束。
5) Mo content
Mo含量
1.
Five types of 316L-based stainless steels with different Mo contents were prepared, and their corrosion and erosion-corrosion behaviors in oil containing naphthenic acid were investigated.
制备了以316L为基的不同Mo含量的不锈钢,在精制环烷酸和含环烷酸的油中分别进行了静态和冲蚀实验。
2.
That is, when the Mo content is less than 0.
0mm60Si2Mn热轧线材在化学成分满足GB1222-1984标准要求和高线正常的控轧控冷条件下所获得的显微组织取决于钢中残留的合金元素Mo含量的高低,即当Mo含量小于0。
3.
If the quantitative ratio of nickel to molybdenum is lower than 1(mol%),the Mo content in the coating decreases gradually with the molybdenum salt adding to the coating,while the corresponding HER overpotential increases.
当n(Ni)∶n(Mo)<1时,随着钼盐的加入,镀层中的Mo含量逐渐下降,镀层的析氢过电位升高;利用脉冲电镀制备的Ni-Mo合金镀层均匀、平整、致密,其中w(Mo)在30%左右的Ni-Mo合金镀层呈非晶态结构,具有更高的催化活性(80℃,η200=62 mV)以及较高的耐蚀性。
6) Mo-loading
Mo负载量
补充资料：铸铁碳当量
铸铁碳当量
carbon equivalant of cast iron
zhutle tandangliong铸铁碳当里(earbon equivalant。f cast iron) 根据各元素对共晶点实际碳量的影响，将这些元素的量折算成碳量的增减。以CE洲表示碳当量。为简化计算一般只考虑硅、磷的影响或只考虑硅的影响。碳当量算式分另”是c“%一C%+音(S‘+P)%或c:%一c%+音51%。碳是铸铁生成石墨的来源，是石墨的自发晶核。硅在铸铁中含量较多，是强烈促进石墨化的元素，能使铁碳合金的共晶、共析点向上向左移动，表明硅降低了碳在液相和固相中的溶解度，增加了碳的活度，石墨就较容易析出长大，促进了石墨化过程，因此增加部分硅就相当于增加部分碳。其关系是当含硅l%时可使共晶点左移0.31%，即共晶点含碳量下降。.3%。将CE%值和Fe一C稳定态相图上的共晶点C‘的碳量4.26%相比，即可判断某一具体成分的铸铁偏离共晶点的程度，如CE%高于4.26%为过共晶成分;CE%低于4.26%为亚共晶成分;CE%一4.26%则为共晶成分。除衡量对凝固过程可以作出判断外，还可以间接推断出铸铁铸造性能好坏及石墨化能力的大小，是计算铸铁共晶度的基础。碳当量和共晶度都是较重要的参数。
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