流光放电等离子体烟气脱硫反应器、电源及其匹配问题研究毕业论文

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1、流光放电等离子体烟气脱硫反应器、电源及其匹配问题研究毕业论文目录§1绪论···················································1§1.1前言···············································1§1.2等离子体烟气脱硫国内外研究现状····················21.2.1电子束法·········································21.2.2脉冲电晕法··································

2、···31.2.3交直流叠加电源流光放电等离子体发生技术···········51.2.4有关反应器的研究综述·····························5§1.3流光放电等离子体烟气脱硫工艺流程介绍··············6§1.4本课题的主要研究内容·······························7§2流光放电等离子体烟气脱硫反应器的初步研究··············9§2.1反应器负载特性分析································9§2.2线板电极结构静态电容的计算·········

3、··············101§2.3不同供电方式的电晕放电模式·······················122.3.1直流供电的电晕放电模式························122.3.2交直流叠加供电的电晕放电模式··················14§2.4反应器电极配置的实验研究·························152.4.1实验装置······································152.4.2测量系统····································

4、··152.4.3实验结果及分析································162.4.4讨论··········································18§3交直流叠加电源的工作原理·····························20§3.1概述············································20§3.2交流电源的工作原理分析···························213.2.1交流电源的主电路结构····················

5、······213.2.2RLC串联谐振电路的原理分析····················2223.2.3桥式RLC串联谐振电路工作状态分析··············27§3.3直流电源的工作原理分析···························283.3.1直流电源的主电路结构···························283.3.2并联负载串联谐振电路谐振原理分析···············29§3.4交直流叠加电路工作原理分析·······················31§3.5功率母线技术···········

6、··························32§4交直流叠加电源的参数设计及实验分析························35§4.1交流电源的参数设计································354.1.1逆变电路的参数设计····························354.1.2直流环节滤波电路的参数设计···················374.1.3整流电路的参数设计···························38§4.2直流电路的参数设计··················

7、·············39§4.3交直流叠加电路的参数设计及实现················40§4.4触发和控制电路的设计及实现·······················414.4.1控制方法的综3述·······························414.4.2晶闸管触发电路·····························424.4.3逆变控制电路·································44§4.5抗干扰设计及实现·································474

8、.5.1电源主电路的抗干扰设计·····················474.5.2控制电路的抗干扰设计········