Reduction of oxygen, Cu2+ and H+ at a platinum electrode in the presence of lauryl sulphate—a chronopotentiometric study

Reduction of oxygen, cu(2+) and h(+) at a platinum electrode in the presence of lauryl sulphate-a chronopotentiometric study

Adsorption and Oxidation of Methanol on a Platinum Electrode

The reflection of light from an electrode surface was investigated using a multiple-reflection and a single-reflection cell. The single-reflection studies were combined with a modulation of the reflectivity of the interface. The potential drop across the electrolytic double layer was modulated. The electro-reflection technique enables one to investigate the adsorbed layer without interference by light absorption in the electrolyte. Results are reported for the adsorption of methylene blue on a platinum electrode.

Reduction of oxygen, Cu2+ and H+ at a platinum electrode in the presence of lauryl sulphate—a chronopotentiometric study

Citations

Reduction of oxygen, cu(2+) and h(+) at a platinum electrode in the presence of lauryl sulphate-a chronopotentiometric study

References

Adsorption and Oxidation of Methanol on a Platinum Electrode

Studies of adsorbed states at the electrode/electrolyte interface by specular reflection of light

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