Ni-MO相关论文
环己酮和苯胺作为重要的化工原料,在工业生产中被广泛应用,目前环己醇脱氢制环己酮所用铜系催化剂存在高温易烧结的问题,限制了其......
采用落管技术实现了Ni-39.3％Mo和Ni-45％Mo亚共晶合金与Ni-47.7％Mo共晶合金在不同过冷条件下的无容器快速凝固.Ni-39.3％Mo合金在深过冷......
The potential-pH diagram of Ni-P-H2O system is calculated and constructed by use of thermodynamic data. On the basis of ......
Ni-39.3%Mo, Ni-45%Mo hypoeutectic alloys and Ni-47.7%Mo eutectic alloy have been rapidly solidified with different dropl......
