乙酸锰

催化剂为乙酸钴与乙酸锰的复合物，用量为α-蒎烯质量的0.1%；

The oxygenolysis catalyst is a composite of manganese acetate and cobalt acetate , its dosage is 0.1 % of α - pinene ;

用流变相反应法以乙酸锂、乙酸锰、柠檬酸为原料合成正极材料Li0.98Mn2O4，探讨了合成条件；

The positive electrode material Li_ ( 0.98 ) Mn_ ( 2 ) O_ ( 4 ) was synthesized with rheological phase reaction method from lithium acetate , manganese acetate and citric acid . Synthesis conditions were investigated .

实验中发现，在三种Mn化合物中（碳酸锰、乙酸锰、硫酸锰），以乙酸锰掺杂的材料亮度最高。

The experimental results showed that among three categories compound of Mn ( carbonic acid manganese , acetic manganese , vitriol manganese ), the material with acetic manganese as dopant exhibits the maximal brightness .

丙二酸二乙酯和芳烃在三乙酸锰和磷酸作用下也能发生同样的反应。

The reaction of malonic ester with aro-matics can also be carried out by above reagents .

报道了以氨三乙酸存在下锰催化KIO4氧化结晶紫的反应指示终点，结晶紫电极作指示电极用催化电位滴定法测定铬鞣剂中Cr的方法。

A method of catalytic potential titration for the determination of chromium ? by using crystal violet ion selective electrode is reported .

尿5-羟吲哚乙酸作为接触锰工人生物监测指标的研究

A Study of Urine 5-HIAA as Biological Monitoring Index for Workers Exposed to Manganese