1) trihexylamine
三已胺
2) tris-(2-ethylhekyl)amine(TEHA)
三(2-乙基已基)胺
3) Polyether tris(dicyclohexy lamide)s
聚醚三(二环已酰胺)
4) Tricaprola etam Methylsilane
三已内酰胺甲基硅烷
5) ceramide trihexosidase
神经酰胺已三糖苷酶
6) caprolactam
[,kæprəu'læktəm]
已内酰胺
1.
Aimed at the characteristics of complex ingredients, highly toxicity and hard to treat of production sewage of capro-lactam, the advanced technique of biological denitrification treatment of anaerobic/aerobic bacteria (A/O) has been used in the production sewage treatment of caprolactam and the technological design.
针对已内酰胺生产废水成分复杂、毒性大、难以处理的特点,应用先进的厌氧菌/好氧菌(A/O)生物脱氮技术对已内酰胺生产废水进行处理。
2.
The paper discussed the action mechanism and process of the advanced caprolactampolymerization production system in the world.
切片质量进一步提高，已内酰胺单耗下降了１。
3.
The production, supply and demand, and consumption of caprolactam in the world are outlined inthis paper, the severe situation which caprolactam industry recently faces is analyzed, and the suggestions for developing domestic caprolactam industry are also put forward.
概述了世界己内酰胺的生产、供需及消费情况；分析了目前已内酰胺工业所面临的严峻形势，并对我国已内酰胺工业的发展提出了建议。
补充资料：4,4',4''-三[2-萘基苯基氨基]三苯基胺
分子式：C66H48N4
分子量：897.12
CAS号：185690-41-9
性质：熔点242-246°C。
分子量：897.12
CAS号：185690-41-9
性质：熔点242-246°C。
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