1) dehydroabietic amine
去氢松香胺
2) hydroabietylamine
氢化松香胺
3) abietylamine
脱氢松香酸降解胺
1.
Two novel chiral Schiff base - Cu complexes were synthsized from the reaction of Cu(Ac)2 with chiral Schiff base which were obtained by the reaction of salicylaldehyde with degrad - dehydroabietylamine and industrial abietylamine .
利用合成的脱氢松香酸降解胺和工业生产的松香胺和水杨醛反应,制得手性Schiff碱,再与醋酸铜反应,合成得两种新型的手性Schiff碱—铜配合物,并对其进行了元素分析、红外光谱、紫外光谱表征。
4) Degrading dehydroabietylamine
右旋脱氢松香酸降解胺
5) hydroabietylamine
[1]氢化枞胺[2]氢化松香胺
6) hydrogenated rosin
氢化松香
1.
In the presence of alkaline soap as emulsifier and catalyst, hydrogenated rosin sucrose esters (HRSE) were synthesized by transesterification reaction of hydrogenated rosin ethyl ester and sucrose under the conditions of (125±1)℃,molar ratio of hydrogenated rosin ethyl ester to sucrose 1 ∶1, pressure 0.
090MPa及无溶剂的条件下,通过氢化松香乙酯与蔗糖的酯交换反应合成了氢化松香蔗糖酯(HRSE)。
2.
The hydrogenated rosin (HR) and hydroxyethyl methacrylate (HEMA) based ester was synthesized in one step method.
用一步法制备了氢化松香与甲基丙烯酸β-羟乙酯(HEMA)酯化物,结果表明,以对苯二酚为阻聚剂,氧化锌为催化剂,用量为氢化松香的1%,反应温度240℃,氢化松香与HEMA的摩尔比为1∶1。
3.
By analyzing a plenty of practical production data,suitable conditions for controlling the product color during the production of hydrogenated rosin are concluded to be super grade rosin as raw material,melting time 5h and melting temperature 130150,molten rosin flow rate 400L/h,reaction temperature 240250.
另外还应尽量减少反应系统中的CO、CO2、SO2、重金属离子的含量,避免有色油类和空气进入反应系统,最后对产品进行水蒸气蒸馏,能得到颜色较浅的氢化松香产品。
补充资料：松香与苯酚和木浆浮油松香的聚合物
CAS: 68648-57-7
分子式: (C6H6O·W99·W99)x
中文名称: 松香与苯酚和木浆浮油松香的聚合物
松香、苯酚、木浆浮油树脂的聚合物
英文名称: Rosin, polymer with phenol and tall-oil rosin
Phenol, tall oil rosin, rosin polymer
Rosin,polymer with phenol and tall-oil rosin
Phenol,tall oil rosin,rosin polymer
分子式: (C6H6O·W99·W99)x
中文名称: 松香与苯酚和木浆浮油松香的聚合物
松香、苯酚、木浆浮油树脂的聚合物
英文名称: Rosin, polymer with phenol and tall-oil rosin
Phenol, tall oil rosin, rosin polymer
Rosin,polymer with phenol and tall-oil rosin
Phenol,tall oil rosin,rosin polymer
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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