Global ETD Search

1	Multicomponent catalysts for methanol electro-oxidation processes synthesized using organometallic chemical vapourde position technique Naidoo, Qiling Ying January 2011 (has links) In this study, the OMCVD method is demonstrated as a powerful, fast, economic and environmental friendly method to produce a set of PGMelectrocatalysts with different supports, metal content and metal alloys in one step and without the multiple processing stages of impregnation, washing, drying, calcinationsand activation. Nanostructure Electrocatalysts Platinum Platinum group metal Hybrid structured support Carbon nanotubes Titanium oxide Methanol oxidation activity Metal alloy structure.
2	Multicomponent catalysts for methanol electro-oxidation processes synthesized using organometallic chemical vapourde position technique Naidoo, Qiling Ying January 2011 (has links) <p>In this study, the OMCVD method is demonstrated as a powerful, fast, economic and environmental friendly method to produce a set of PGMelectrocatalysts with different supports, metal content and metal alloys in one step and without the multiple processing stages of impregnation, washing, drying, calcinationsand activation.</p>
3	Multicomponent catalysts for methanol electro-oxidation processes synthesized using organometallic chemical vapourde position technique Naidoo, Qiling Ying January 2011 (has links) <p>In this study, the OMCVD method is demonstrated as a powerful, fast, economic and environmental friendly method to produce a set of PGMelectrocatalysts with different supports, metal content and metal alloys in one step and without the multiple processing stages of impregnation, washing, drying, calcinationsand activation.</p>
4	Multicomponent catalysts for methanol electro-oxidation processes synthesized using organometallic chemical vapourde position technique Naidoo, Qiling Ying January 2011 (has links) In this study, the OMCVD method is demonstrated as a powerful, fast, economic and environmental friendly method to produce a set of PGMelectrocatalysts with different supports, metal content and metal alloys in one step and without the multiple processing stages of impregnation, washing, drying, calcinationsand activation. Nanostructure Electrocatalysts Platinum Platinum group metal Hybrid structured support Carbon nanotubes Titanium oxide Methanol oxidation activity Metal alloy structure.
5	Multicomponent catalysts for methanol electro-oxidation processes synthesized using organometallic chemical vapourde position technique Naidoo, Qiling Ying January 2011 (has links) Philosophiae Doctor - PhD / In this study, the OMCVD method is demonstrated as a powerful, fast, economic and environmental friendly method to produce a set of PGMelectrocatalysts with different supports, metal content and metal alloys in one step and without the multiple processing stages of impregnation, washing, drying, calcinationsand activation. / South Africa Nanostructure Electrocatalysts Platinum Platinum group metal Hybrid structured support Carbon nanotubes Titanium oxide Methanol oxidation activity Metal alloy structure

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