硝酸锰

以硝酸锰浸渍制得的氧化铈气凝胶Mn/CeO2，用TEM、BET、一氧化碳催化氧化活性评价和H2TPR对所制备的催化剂进行了研究。

Mn / CeO_2 was prepared by impregnating CeO_2 aerogel with the solution of manganese nitrate . The prepared aerogels were characterized by TEM , BET , CO oxidation reaction and H_2-TPR .

以硝酸锂、硝酸锰为原料，柠檬酸作为络合剂，采用溶胶凝胶法获得前驱体，然后将前驱体在空气气氛中焙烧制备了纳米LiMn2O4。

Nano-LiMn_2O_4 spinel oxides has been prepared successfully by roasting precursor in the air atmosphere , while precursor was obtained by sol-gel techniques , with lithium nitrate and manganese nitrate as original material and citric acid as complexant .

本文以氧氯化锆和硝酸锰以及硝酸铈为主要原料，采用Sol-Gel（溶胶-凝胶）和共沉法，结合不同的干燥技术制备了不同配比的MnOx/ZrO2和Cu/ZrO2超细纳米催化剂。

In this paper , using mostly ZrOCl_2 · 8H_2O and Mn ( NO_3 ) _2 、 Ce ( NO_3 ) _2 , nano - MnO_x / ZrO_2 and Cu / ZrO_2 catalysts held differ proportion were prepared by the way of Sol-Gel method and co-precipitation .

简单介绍了硝酸锰的重要用途和性质。

The important properties and uses of manganous nitrate is introduced in this paper .

在乙醇介质中由硝酸锰与植酸反应，合成六个新的二价锰配合物。

Six new manganous complexes have been prepared in ethanol media by the reaction of phytic acid with manganous nitrates .

说明四水合硝酸锰的性质比较稳定，能够长期贮存而不变质。

It is confirmed that the property of this compound is more stable and the compound can be stored for long time .

本文以硝酸锰作氧化剂，采用盘管式反应器，对焦化废水进行了超临界水氧化和催化超临界水氧化的试验研究，为焦化废水的处理技术开辟了一条新路。

Supercritical water oxidation and catalytic supercritical water oxidation are studied on the article , which opening a new path for coking wastewater treatment technology .

电磁液体分离法的常用介质氯化锰、硝酸锰溶液，对矿物有一定的污染和溶解作用。

Sulotion of manganese chloride or manganese nitrate , as a commonly used medium in electromagnetic liquid separation , often contaminates and dissolves the minerals separated to some extent .