The mechanism of pyrite dissolving is possibly as following: FeS_2Fe~(2+)+2S+2e~- ; FeS_2Fe~(3+)+2S+3e~-.

As annealing temperature is 550℃, the phases of TiO_2 and FeS_2 are anatase and pyrite respectively.

The crystal structure and electrochemical characteristics of FeS_2 cathode materials for lithium batteries are introduced.

Influence of structural parameters on ordered cathode catalyst layer in proton exchange membrane fuel cells;

Solution Combustion Synthesis and Characterization of Nanocrystalline La_(0.6)Sr_(0.4)Co_(0.2)Fe_(0.8)O_(3-δ) Cathode Powders;

Study on Cathode Metal Neodymium in Rare Earth Oxide Electrolysis Cell;

The effects of crystallizing status of the precursor Fe films on the microstructure and electrical properties of FeS2 films were investigated.

In order to improve the stability of low temperature chloride iron plating solution, the effects of five different stabilizers on deposit brightness, cathodic polarization behavior and the stability of the iron plating bath were studied by Hull cell test and cathodic polarization curve measurement.

The nanocrystalline Co-Ni alloys were prepared by jet electrodeposition in the nickel chloride and cobalt sulfate bath containing additive and the cathodic polarization curves of Co-Ni alloys were measured.

In order to study the influence of surfactants on cathodic polarization in the Ni-nanoparticles composite electroplating bath,the curves of cathodic polarization were determined by means of scan potential in the cell of three electrodes.