Abstract Pyrite (E g= 0.95 eV) is being developed as a solar energy material due to its
environmental compatibility and its very high light absorption coefficient. A compilationof …

The electrochemical oxidation of pyrite surfaces in near-neutral aqueous chloride solutions
has been investigated using X-ray photoelectron spectroscopy (XPS), scanning electron …

A simple surfactant-assisted ethylene glycol-mediated solvothermal method is reported for
the synthesis of pyrite crystallites with cubic and octahedral shapes for the first time. The …

Cubic FeS2 crystallites have been synthesized via a single-source approach using iron
diethyldithiocarbamate as precursor under hydrothermal conditions. The sample is …

FeS2 thin films were prepared by thermal sulfidation of iron layers evaporated on glass
substrates. Experiments were carried out to optimize the sulfidation parameters. For this …

2502 J. EIectrochem. Soc.: ELECTROCHEMICAL SCIENCE AND TECHNOLOGY October
1988 2.0 for the octamer for each aniline unit. The results of Hand and Nelson (9) are …

The effect of heat and illumination with visible light on the oxidation of pyrite with dissolved
molecular oxygen in solutions between pH 2 and 6 has been investigated using a …

(Photo) electrochemical experiments on pyrite electrodes in acetic acid–acetate buffer (pH=
4.5) are conducted to clarify the main oxidation reactions and the nature of the products …

In this study, pyrite FeS2 with novel nanostructures had been obtained via an ethanolamine
(ETA)–water binary system. This method provided a uniform and homogenous environment …

Well-defined pyrite FeS2 microcubes and micro-octahedra with high-yield and good
uniformity were successfully synthesized by a convenient and simple polymer-assisted …