A　amorphous/crystal　mixed　structural　36%　RuO2-64%　Ta2O5　coating　was　deposited　on　titanium　substrate　from　ethanol　ruthenium　and　tantalum　chloride　solution,　using　the　thermal　decomposition　method　at　300°C.Structure　and　electrochemical　capacitive　properties　of　the　coating　were　investigated　by　means　of　X-ray　diffraction(XRD),　scanning　electron　microscopy(SEM),　cyclic　voltammetry(CV)　and　galvanostatic　charge-discharge　tests.　The　XRD　results　reveal　the　36%　RuO2-64%　Ta2O5　coating　presents　amorphous　structure　with　some　nano-size　crystallites　in　the　amorphous　matrix.　The　electrochemical　analysis　shows　that　the　Ti/36%　RuO2-64%　Ta2O5　electrode　exhibits　typical　capacitive　characteristics　and　good　power　characteristics　in　0.5　mol/L　H2SO4　electrolyte.　Its　specific　capacitance　as　single　electrode　is　up　to　525.5　and　495.1　F/g(RuO2)　at　a　discharge　current　of　5　and　10　mA/cm2,　respectively.　Excellent　cycling　behavior　is　observed　for　this　coating,　with　no　loss　in　specific　capacitance　during　2000　cycles.