首页--数理科学和化学论文--化学论文--高分子化学(高聚物)论文

Incorporation of Ferrocenesulfoniccarboxylic Acid into Polyaniline Film: Synthesis and Applications

English abstract第3页
Chinese abstract第4-5页
Table of contents第5-7页
CHAPTER ONE General introduction第7-17页
    1.P olyaniline as a conducting polymer第7-10页
        1.1.P olyaniline incorporated with electroactive substances第7-10页
            1.1.1.P olymerization第8页
            1.1.2.P olyaniline doping第8-10页
            1.1.3.F errocene doped polyaniline第10页
    2.P olyaniline as a gas sensor第10-14页
        2.1.M easurement of electrical conductivity changes第11-13页
            2.1.1.T he nature of the dopant第11-13页
            2.1.2.D eposition method of the sensitive layer第13页
        2.2.M easurement of an electrochemical parameter第13-14页
    References第14-17页
CHAPTER TWO CHAPTER TWO: Influence of ferrocenesulfoniccarboxylic acid polyaniline electrochemical synthesis and preparation of ferrocene-doped polyaniline bearing functional group第17-33页
    1.Introduction第17页
    2.Exprimental第17-18页
    3.Results and discussion第18-30页
        3.1.Electropolymerization of aniline in the presence of Ferrocenesulfoniccarboxylic acid (SO3HFcCOOH)第18-21页
        3.2.Cyclic voltammogramsof polyaniline synthesized第21-23页
        3.3.UV-Visible studies第23-24页
        3.4.IR studies第24-25页
        3.5.Morphology第25-26页
        3.6.Action of ammonia on the polymer第26-27页
        3.7.Theoretical studies第27-30页
    4.C onclusion第30-31页
    References第31-33页
CHAPTER THREE Electrochemical behavior of methanol on polyaniline incorporated withferrocenesulfoniccarboxylic acid第33-41页
    1.Introduction第33-34页
    2.Experimental第34页
    3.Results and discussion第34-38页
    4.Conclusion第38-39页
    References第39-41页
CHAPTER FOUR Electrocatalytic oxidation without enzyme of theophylline polyaniline synthesized in the presence of ferrocenesulfoniccarboxylic acid第41-52页
    1.Introduction第41-42页
    2.Experimental第42页
    3.Results and discussion第42-49页
        3.1.Electrochemical oxidation of theophylline第42-43页
        3.2.Influence of pH第43-44页
        3.3.Effect of scan rate第44-45页
        3.4.Influence of potential range第45-46页
        3.5.Linearlity, detection limit and the principle of the theophylline sensor第46-48页
        3.6.Sample analysis第48-49页
    4.C onclusion第49-50页
    References第50-52页
Acknowledgement第52-53页
Publications第53页

论文共53页,点击 下载论文
上一篇:东北农牧交错区草地生态脆弱期绵羊生产方式研究
下一篇:解放思想、实事求是、与时俱进的创新价值研究