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Contemporary Materials II−1 (2011)

Contemporary Materials II−1 (2011) Page 40 of 44

UDK 544.076.2:546.215

Fuel Cells BASED ON Some Proton Dynamics Properties of H2O2 Compound

M. Davidović1,*, S. Linić1, A. Janićijević 2, Z. Nedić3 and U. Mioč3

1,* Institute „Gosa“ Belgrade, Milana Rakića 35, Serbia
2 University of Belgrade, Faculty of Technology and Metallurgy, Belgrade, Karnegijeva 4,  Serbia
3 University of Belgrade, Faculty of Physical Chemistry, Belgrade, Studentski trg 12-16,,Serbia

Abstract
 Elec­troc­he­mi­cal and con­duc­ti­ve per­for­man­ces of the H2O2 com­po­und in fun­ction of am­bi­ent con­di­ti­ons ha­ve been stu­died. A num­ber of ex­pe­ri­men­tal tec­hni­qu­es and the­o­re­ti­cal cal­cu­la­ti­ons ha­ve been ap­plied al­so to this pro­blem. Na­mely, hydro­gen pe­ro­xi­de with mo­le­cu­lar for­mu­la (H2O2) com­po­und ob­ta­i­ned from polyoxo­me­ta­la­tes acids which ha­ve small spe­ci­fic sur­fa­ce (5 m2/g), will be the main su­bject of this study. The men­ti­o­ned cha­rac­te­ri­stics can be im­pro­ved by pla­ting par­ti­cu­lar con­duc­tors on tran­spa­rent sub­stra­te in or­der to im­pro­ve the­ir pro­per­ti­es.

Keywords: fuel cell, hydrogen peroxide, space charge region.

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