The compound which had many typical groups including alkynol radical, amino-group and quaternary ammonium structure was first synthetized in nation by modified synthetic method. 利用改进的合成方法,在国内首次合成出具有多个典型基因(炔醇基,胺基和季铵结构)的化合物。
Moreover, it was feasible to reduce the oxidation of the alkynol brighter by choosing active nickel as the anode in the bright nickel electroplating. 选择活性镍作为光亮镀镍阳极,可以减少炔醇类光亮剂的氧化。
They are summarized as following: a. Completed a route for synthesis a-alkynol from ketone, but it is not satisfactory for aldehyde to get the corresponding a-alkynol; a.完成了一条实验室方便简易地由酮类化合物制备不同α-炔醇的路线,但这一方法用醛类化合物制备相应的α-炔醇化合物尚不甚理想。
Synthesis and properties of the α-alkynol α-炔醇的合成及性质
Anodic Electrochemical Reaction of Alkynol Additives in Bright Nickel Electroplating 炔醇类添加剂在光亮镀镍液中的阳极电化学反应
When the nickel anode was in the passivation state, there yielded chlorine gas on the anode and the generation rate of the alkynol oxides was faster. 当镍阳极处于钝化状态时阳极上有氯气产生,炔醇类氧化物的生成速度较快。