1) ammonia and alcohol
氨醇
1.
The process flow of joint production of ammonia and alcohol with the feed gas acquired by gasification of coal was optimized through analog study.
通过模拟以煤气化合成气为原料气的氨醇联产工艺流程,优化了工艺流程方案。
2) alcohol ammonia
醇氨法
1.
Process for the synthesis of cisplatin was studied for the purpose of energy saving,and alcohol ammonia method was chosen.
提出使用醇氨法合成顺铂的工艺,最佳工艺条件:m(氯亚铂酸钾)∶V(水)=1∶6,反应温度55℃,反应时间3 h,醇氨溶液的最佳醇氨比为V(氨)∶V(乙醇)=1∶4。
3) Amino Alcohols
氨基醇
1.
Synthesis and Spectra Study of the Novel Higher Carbon Sugar-Derived β-Amino Alcohols;
新型β-氨基醇类高碳糖的合成及波谱研究
2.
Methods:Some novel C2-symmetric bis-schiff base amino alcohols were prepared,whose structures are similar to Salens′.
方法:将制备得到新颖的C2对称的双氨基醇(其结构类似于Salens′)作为手性配体,用丁基锂作为金属试剂,对加成反应进行了研究。
4) prolinol
脯氨醇
1.
Using inexpensive,convenient obtained NaBH_4-I_2-THF system,N-Cbz or Boc protected prolines were reduced into corresponding prolinols in mild condition with high chemical selectivity and good to high yields,and the protecting groups were not influenced.
采用价廉易得的NaBH_4-I_2-THF体系还原N-Cbz或Boc保护的脯氨酸,可以得到相应的脯氨醇,反应条件温和,产率高,化学选择性好,保护基不受影响。
5) sulfonylated amino alcohol
磺氨基醇
6) aminopropanol
氨丙醇
补充资料：(R)-(+)-alpha,alpha-二苯基脯氨醇
分子式：C17H19NO
分子量：253.34
CAS号：22348-32-9
性质：熔点77-81°C。比旋光度59° (589nm, c=3, MeOH 25°C)。
分子量：253.34
CAS号：22348-32-9
性质：熔点77-81°C。比旋光度59° (589nm, c=3, MeOH 25°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