声明
致谢
1 绪论
1.1 矿用防爆电源研究现状与选题意义(Current Status of Mine-used Explosion-proof Power and Significance of Subject)
1.2 煤矿井下电磁波传输环境与磁耦合谐振技术井下应用(Eletromagnetic Transfer Environment in Coal Mine and the mine application of Magnetic coupled Resonance Technology)
1.3 磁耦合谐振式无线电能传输技术研究现状(Magnetic coupled Resonance Wireless Power Transfer Technology Research Status)
1.4 章节安排(Chapters Arrangement)
1.5 研究方法与思路(Research methods and ideas)
2磁耦合谐振式矿用防爆电源电能传输原理与建模
2.1 磁谐振(Magnetic Resonance)
2.2 磁耦合谐振式矿用防爆电源电能传输原理与建模(Magnetic coupled Resonance Mine Explosion-proof Power Electricity Transmission Fundamentals and Modeling)
2.3 SS型结构电路模型和SP型结构电路模型比较与矿用防爆电源的选型(SS Structure Circuit Model and SP Structure Circuit Model and Select the Type to Mine Explosion-proof Power)
2.4 本章小结(Chapter Summary)
3 磁耦合谐振式矿用防爆电源电能传输整体设计
3.1 磁耦合谐振式矿用防爆电源电能传输整体结构(Magnetic Coupled Resonance Mine Explosion-proof Power Electricity Transmfer Entirety Structure)
3.2 高频激励选择与阻抗匹配(The Selection of High-Frequency Excitation and Impedance Matching)
3.3 发射端与接收端谐振线圈设计(Resonance Coils Design of the Transmitter and Receiver)
3.4 本章小结(Chapter Summary)
4磁耦合谐振式矿用防爆电源实验研究
4.1 线圈绕制与参数测量(Coil Winding and Parameter Measurement)
4.2 搭建实验平台与传输特性实验研究(Set up the experimental platform and the Experimental Study of the transmission Characteristics)
4.3 矿用防爆电源试验(Test the Mine Explosion-proof power in Coal Mine Environment)
4.4 本章小结(Chapter Summary)
5 结论与展望
5.1 结论(Conclusions)
5.2 展望(Expectation)
参考文献
作者简历
学位论文数据集