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Enhanced Visible-Light-Driven H2 Production from Water on Cadmium Sulfide Nanorods with Novel Cocatalysts Made of Earth Abundant Elements (Cobalt and Nickel)

摘要第5-7页
Abstract第7-8页
Chapter 1. General Introduction第11-31页
    1.1. Introduction第11-22页
    1.2. Thesis organization第22-24页
    1.3. References第24-31页
Chapter 2. Molecular Bidentate Cobalt Complexes as Molecular Cocatalystscombined with CdS Nanorods for Enhanced Photocatalytic H_2 Production第31-59页
    2.1. Introduction第31-32页
    2.2. Experimental details第32-37页
    2.3. Results and discussion第37-51页
    2.4. Conclusions第51-52页
    2.5. References第52-59页
Chapter 3. Novel Two Electron-Transfer Pathways for Enhanced SolarHydrogen Production Using Cobalt-salen Complexes and ZnO/CdSHeterojunction第59-98页
    3.1. Introduction第59-61页
    3.2. Experimental details第61-67页
    3.3. Results and discussion第67-86页
    3.4. Conclusions第86-88页
    3.5. References第88-98页
Chapter 4. Enhanced Photocatalytic H_2 Production Using NiSe/CdS NanorodsComposite第98-122页
    4.1. Introduction第98-99页
    4.2. Experimental details第99-102页
    4.3. Results and discussion第102-114页
    4.4. Conclusions第114-116页
    4.5. References第116-122页
Chapter 5. Enhanced Photocatalytic H_2 Production on ZnSe/CdS NanorodsHeterojunction with NiSe as Cocatalyst第122-147页
    5.1. Introduction第122-124页
    5.2. Experimental details第124-126页
    5.3. Results and discussion第126-139页
    5.4. Conclusions第139-140页
    5.5. References第140-147页
Chapter 6. Enhanced Photocatalytic Hydrogen Production on Cadmium SulfideNanorods Using Ni_3C as a Novel Cocatalyst第147-169页
    6.1. Introduction第147-148页
    6.2. Experimental details第148-151页
    6.3. Results and discussion第151-162页
    6.4. Conclusions第162-163页
    6.5. References第163-169页
Chapter 7. General Conclusions and Future Perspectives第169-172页
    7.1. General Conclusions第169-170页
    7.2. Future Perspectives第170-172页
Appendix第172-177页
Acknowledgements第177-178页
List of publications第178页

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