目次
Role of Water in the Research on Energy and Environment (The 21st Century COE Program International COE of Flow Dynamics Lecture Series)
- Shigenao Maruyama(編)/ Kazuyuki Tohji(編)
- 1.Photocatalytic Generation of Hydrogen through the Accomplishment of Sulfur Cycle System
- 1−1 Over View of Photocatalytic Generation of Hydrogen through the Accomplishment of Sulfur Cycle System
- 1−2 Synthesis of Highly Active“Stratified Type”Sulfide Photocatalyst
- 1−3 Development of Effective H2S Gas Generation Route by Using the Bio reactor
- 1−4 Concentration of H2S gas from the bio generated CH4,CO2,and ammonia
- 1−5 Synthesis of photocatalyst film composed of stratified type materials
- 1−6 Conclusions
- 2.Development of Sulfur Recycling Process by Hydrothermal Method
- 2−1 Introduction
- 2−2 H2S Production by Disproportionation of Sulfur under Hydrothermal Conditions
- 2−3 Disproportionation Reaction Process of Sulfur under Hydrothermal Conditions
- 2−4 Practical Application
- 2−5 Future Prospects and Development
- 3.Hydrothermal Reactions to Convert Biomass Wastes into Fuels and Value‐added Products
- 3−1 Introduction
- 3−2 Conversion of Carbohydrate Biomass into Acetic Acid
- 3−3 Lactic Acid Production by Alkali Hydrothermal Reaction
- 3−4 Lactic Acid Production by Alkaline Hydrothemal Reaction of Glycerin
- 3−5 Formic Acid Production from Hydrothermal Oxidation of Carbohydrates for Using a Resource for Hydrogen and Power Fuel Cells,as well as Other Applications as a Chemical
- 3−6 Conclusions
- 4.Space Solar Power Systems
- 4−1 Overview of Space Solar Power Systems
- 4−2 History of SSPS Study
- 4−3 Framework for SSPS Study of JAXA
- 4−4 Concept Design of Commercial SSPS
- 4−5 Technology Demonstration Plan
- 4−6 Elemental Technology Development
- 4−7 Summary and Conclusion
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