1) manganese nitrides
锰氮化物
1.
The recently discovered manganese nitrides negative thermal expansion material and the problems related to this important new class of materials are discussed in details.
概述负热膨胀材料的发展历程及近年的主要研究成果,介绍负热膨胀的微观机理,分析几种典型负热膨胀材料的特点,展望新型锰氮化物负热膨胀材料的应用前景,探讨负热膨胀材料研究所面临的问题。
2) nitrided manganese
氮化锰粉
3) manganese nitride
氮化锰
1.
The microwave synthesis approach was applied to the preparation of manganese nitride from metal manganese.
以金属锰为原料应用微波能高温合成技术进行了氮化锰的合成。
4) N-MnFe
氮化锰铁
1.
Determination of nitrogn in N-MnFe by titrimetry with amidosulfonic acid after alkaline distillating separation;
强碱蒸馏分离-氨磺酸滴定法测定氮化锰铁中氮
5) Si-Mn-N alloy
氮化硅锰
1.
Through laboratory and industry experiment research,Si-Mn-N alloy can increase nitrogen concentration in steel, add the alloy at the end of LF refinement,nitrogen yield is more stability at average 55.
通过实验室和工业试验研究,得出氮化硅锰在钢中可起到增氮作用,LF精炼后期加入氮化硅锰,氮的收得率较稳定,平均为55。
6) Doped manganese nitride materials
掺杂锰铜基氮化物
补充资料:2,4,6-三异丙基苯磺酰叠氮化物
分子式:C15H23N3O2S
分子量:309.43
CAS号:63982-84-0
性质:
分子量:309.43
CAS号:63982-84-0
性质:
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