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Title

SYNTHESIS OF NANO COMPOSITE TIO2 NANOTUBE/ SNO2- PT/C AS ANODE MATERIALS FOR LI LON BATTERIES

Pages

 Start Page | End Page

Abstract

 LITHIUM RECHARGEABLE BATTERIES ARE NOW WELL ESTABLISHED AS POWER SOURCES FOR PORTABLE EQUIPMENT. WIDE RANGE OF HIGH THEORETICAL CAPACITY TIN OXIDE COMPOSITE IS UNDER STUDY AS THE ANODE MATERIALS OF THESE BATTERIES. TNT/SNO2-PT/C COMPOSITE AS ANODE MATERIALS WAS SYNTHESIZED BY TIN OXIDE NANOPARTICLES THAT EMBEDDING ON HIGH CYCLEABLE NANOTUBE TITANIUM OXIDE SUBSTRATE AND IMPROVING ITS ELECTRICAL CONDUCTIVITY BY VULCAN XC-72 AND PT METAL. ELECTRODE PERFORMANCE WAS TESTED BY CHARGE/DISCHARGE GALVANOSTATIC AND CYCLIC VOLTAMMETRY EXPERIMENTS. PERCENT COMPONENTS OF TIN OXIDE, VULCAN, AND PT METAL ARE EXACTLY CALCULATED. THE STRUCTURE OF NANOTUBE TITANIUM OXIDE WILL BE STUDIED BY SCANNING ELECTRON MICROSCOPE (SEM).

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