1 A method that green oxidant potassium ferrate oxidizes m-xylene to synthesis isophthalic acid is also put forward.

2 The results show that the ferrate can be used as cathode material in non-aqueous system to make lithium-ferrate primary cell.

3 Sodium ferrate was prepared by electrolysis of ferreous as anode, brass wire as cathode, sodium hydroxide as solutions and ceramics diaphragm as diaphragm.

4 The preparation principle of ferrate salts, properties, application and their developments were reviewed in this apper.

5 The water treatment agent ferrate is prepared by electrolysis in diaphragm bath with double cathode chamber and porous cylinder cast iron anode.

6 Potassium ferrate (VI) could effectively eliminate dichlorvos, dimethoate and chlorpyrifos residues in spinach.

7 The research progress of ferrate in water treatment, organic synthesis and super - iron batteries materials is introduced.

8 This study focuses on the integrated ferrate oxidation and activated sludge process for the mineralization of alachlor from aquatic environment.

9 Potassium ferrate, a non - chloric multi - function water treating agent, has a broad application prospect.

10 The stability study of solid barium ferrate was carried out in this article.

11 The efficiency of removing alachlor from water by the integrated process of ferrate oxidation and activated sludge has been studied.

12 Moreover , aeration in the reaction will improve the degradation rate of PCP - Na by ferrate.

13 The article introduced the research history, preparation, application of Potassium Ferrate, and prospected it's development.

14 The effects of different light on the stability of ferrate solution are studied.