基于sno_2微纳结构超级电容器电极材料的制备及其性能研究

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1、、、：二—．Ｎ、气一約Ｖ户－、？一．—－、＇－与今’：？：‘＊－—＾－．：．导：心、ｘ；；读：Ｖ心—勺、－－：；．／零；．‘巧，霞纖＇、‘＇―’、－卢＾－；－‘皆：早Ｖ；并早＇霞、．．■．＇＂，‘＇－．＇‘－－－．－＇－－－＾二？－ｆ．．‘、山．、、ｉＣ；，＜ｒ户－、■‘Ｖ．，；ｉ．＇ｖ＾？：、一：—、＿３．公＾０６＂－Ｗ２３１＾号．中。分堯号Ｉ；奇私，＾馬＇节子ｔ卿：ｆｉ？？＇＞叫嫁余淚巧稳夫

2、；５今與与ｉ？、尸、‘ｈａ脱ＯＲ＾ＬＵＶＥＲＳｍ－氏．ｊ：：脚ｐ－一寒Ｉ顧轉＾－－‘：‘与：‘ｒ：、墨硕進学位论义訂－一＇．＞：—ＫＶ：，二■／Ｖ碁矛ＳｌＩ〇２微纳结巧趙级电容器炬巧乃：、；材料術辆备及其性能研究知丢、＾‘。链一＾新璧纖觀歸ｙ屬譲Ｖｉ一．、－又芒；三＾，嚴把：．嗦一；？＾竭讀誦讀霸髮．纖議圈ｐｉ？ｓｉＳ学科輪編化爭運蠢灘讓繼議讓變．＇＂．－’‘：按近在、－、＾—＾澈解酱沾異鼓終．草＾＾．、當，ｒ：二—

3、研究方向：纳米环境持料呼游這％＾山繁；片畴；：＇－－－－．／ｉｓｓ＃囊藝作者姓名：刘洋，Ｘ＇—’、：．：：泌招料巧町．：Ｖ其鸿巧取茸姆醉如巧．案互退巧巧巧巧巧巧秘辑苗皆接＇、一＾、＇、：、心。。；＾／＾；；：指：二号苦辞教武祥副微龄导师；公為占、？。、．衣、、ＶＣ林点苗祭若Ｖ巧這若＇‘一：尔瞧大学瞭滨：ｕ；龄巧—塔音編＊々‘—’’―、．＇－、‘二〇ｒ争五年六月：巧．：，一心：會＿Ｋ音鲁夺—鸿—＾．：－：５謀Ｖ潔．集带蘭．…？；‘―＂’产＾气＂

4、：‘互＇：’、：：：哥皆ｂＨ一＼＇訂。—．－逆’‘－－二－成為＞聲Ｖ＇ＶＳ；：義方户絕巧彎ｙ爲中图分类号：O611单位代码：10231学号：42120869硕士学位论文基于SnO2微纳结构超级电容器电极材料的制备及其性能研究硕士研究生：刘洋导师：武祥副教授学科专业：无机化学答辩日期：2015年5月授予学位单位：哈尔滨师范大学AThesisSubmittedfortheDegreeofMasterPREPARATIONANDELECTROCHEMICALPROPERITIESO

5、FSnO2MICRO/NANOSTRUCTURESASSUPERCAPACITORELECTRODEMATERIALSCandidate：YangLiuSupervisor：Prof.XiangWuSpeciality：InorganicChemistryDateofDefence：May,2015Degree-Conferring-Institution：HarbinNormalUniversity目录目录摘要··········································

6、····················································IAbstract···························································································III第1章绪论·······················································································11.

7、1超级电容器的研究背景及意义························································11.2超级电容器概述··········································································21.2.1超级电容发展简史···································································21.2.2超级电容器的分类

8、···································································31.2.3超级电容器的储能机制·····························································31.2.4超级电容器的应用···································································51.3超级电容器电极材料的研究现状·······