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1、單位代碼10635學號112015315001027碩士學位論文金屬氧化物納米陣列的制備及其電化學電容性能論文作者:王軍霞指導教師:趙建偉學科專業(yè):凝聚態(tài)物理研究方向:納米材料的制備及其應用提交論文日期:2018年4月論文答辯日期:2018年6月學位授予單位:西南大學中國?重慶2018年4月PreparationandElectrochemicalCapacitancePropertiesofMetalOxideNanoarrays(M.S.Dissertation)ByJunxiaWangAdvisor:Prof.JianweiZhaoSchoolofphysicals
2、cience&technologySouthwestUniversity,ChongqingApril,2018目錄摘要········································································································IAbstract···································································································III第1章緒論·········
3、······················································································11.1引言································································································11.2超級電容器······················································································11.2.1
4、超級電容器簡介··········································································11.2.2超級電容器電極材料分類······························································51.2.3電解質(zhì)材料的分類·······································································61.2.4超級電容器的應用······························
5、·········································71.3本論文的研究意義和內(nèi)容····································································81.3.1研究的意義················································································81.3.2研究的內(nèi)容·······························································
6、·················9第2章NiO納米孔陣列薄膜的制備及其電化學電容性能···································112.1引言······························································································112.2實驗部分·······················································································122.2.1試劑和儀器··
7、············································································122.2.2氧化鋁模板的制備·····································································122.2.3沉積Ni納米薄膜······································································132.2.4制備NiO納米薄膜·····