1)  ferrite
[高]铁酸盐
2)  ferrate(VI)
高铁酸盐
1.
Effect of iron anode passivauion on the electrosynthesis technique of ferrate(VI);
铁阳极钝化对[高]铁酸盐电化合成工艺的影响
2.
Electrochemical Synthesis of Ferrate(VI) by Anodic Oxidation;
[高]铁酸盐电化学合成的研究
3)  ferrate
高铁酸盐
1.
The preparation of ferrate from dregs of ferric hydroxide and its application for decolorizing colored water;
[高]铁酸盐由氢氧化铁残渣再制备及其用于水体脱色的研究
2.
Electrolysis-generated ferrate at porous cylindrical cast iron anode and its application to degradation of organic wastewater;
多孔圆筒铸铁阳极电解制备[高]铁酸盐及其在处理有机模拟废水中的应用
3.
Degradation of the chlorophenols by ferrate;
[高]铁酸盐去除水中氯酚类化合物研究
4)  ferrate(Ⅵ)
高铁(Ⅵ)酸盐
5)  ferrate(Ⅳ)
高铁(Ⅳ)酸盐
6)  ferrate(Ⅵ)
高铁酸盐
1.
Three iron materials, low carbon steel, high carbon steel and gray cast iron were used respectively as the anode in the electrolysis production of ferrate(Ⅵ).
以低碳钢、高碳钢和灰铸铁为阳极,电解生成[高]铁酸盐的研究表明,阳极材料含碳量的不同,电流效率有显著的差异,即灰铸铁>高碳钢>低碳钢。
2.
Results shew: as potential battery cathode active material, insoluble ferrate(Ⅵ) not only has its feasibility, but also has temptingly potential superiority very much.
本文采用新型电极材料-[高]铁酸盐作为电池正极活性物质,以Zn,Cd,Fe,Al四种金属为负极,以浓KOH水溶液为电解质装配成实验电池,对其放电行为进行了初步研究,并剖析其中的实验现象。
3.
Electrochemical preparation of a novel water treatment reagent ferrate(Ⅵ) with cation-exchange membrane was explored.
本文研究了以阳离子交换膜技术电生成新型水处理剂[高]铁酸盐的方法。
参考词条
补充资料:高铁酸盐
分子式:
CAS号:

性质: 又称铁酸盐。铁(VI)的含氧酸盐。铁酸钾盐与硫酸盐、硒酸盐、铬酸盐、钼酸盐同晶形。可溶于碱金属、锰、钙、锌等盐类。难溶于其他盐。已得到银、铅、锌、钴、镍的无水铁酸盐,一水合铜(Ⅱ)的铁酸盐及三水合钙、锶、钡的铁酸盐。水溶液呈红色。其氧化性比高锰酸盐强。能氧化氨为氮气。遇酸不稳定,放出氧气,铁(VI)变为铁(III)。

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