%0 Journal Article
%T FUEL CELLS BASED ON SOME PROTON DYNAMICS PROPERTIES OF H2O2 COMPOUNDSHELL-NANOSTRUCTURED MATERIALS FOR BIOPHARMACY AND BIOMEDICINE
%A M. Davidovi£¿
%A S. Lini£¿
%A A. Jani£¿ijevi£¿
%A Z. Nedi£¿
%J Contemporary Materials
%D 2011
%I Academy of Sciences and Arts of Republic of Srpska
%X Elec-troc-he-mi-cal and con-duc-ti-ve per-for-man-ces of the H2O2 com-po-und in fun-ction of am-bi-ent con-di-ti-ons ha-ve been stu-died. A num-ber of ex-pe-ri-men-tal tec-hni-qu-es and the-o-re-ti-cal cal-cu-la-ti-ons ha-ve been ap-plied al-so to this pro-blem. Na-mely, hydro-gen pe-ro-xi-de with mo-le-cu-lar for-mu-la (H2O2) com-po-und ob-ta-i-ned from polyoxo-me-ta-la-tes acids which ha-ve small spe-ci-fic sur-fa-ce (5 m2/g), will be the main su-bject of this study. The men-ti-o-ned cha-rac-te-ri-stics can be im-pro-ved by pla-ting par-ti-cu-lar con-duc-tors on tran-spa-rent sub-stra-te in or-der to im-pro-ve the-ir pro-per-ti-es.
%K fuel cell
%K hydrogen peroxide
%K space charge region.
%U http://www.savremenimaterijali.info/sajt/doc/file/casopisi/2_1/6_davidovic.pdf