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1Division of Chemistry and Chemical Engineering,California Institute of Technology, 2European Space Agency/ ESTEC, 3Department of Physics,Freie Universitat Berlin, 4Applied Physics and Sensors,Brandenburg University of Technology Cottbus, 5Resnick Sustainability Institute,California Institute of Technology, 6NG Next,Northrop Grumman Corporation, 7Division of Engineering and Applied Science and Joint Center for Artificial Photosynthesis,California Institute of Technology, 8International Academy of Optoelectronics at Zhaoqing,South China Normal University
Chapters
- 00:04Title
- 00:51Preparation of p-InP (p-type Indium Phosphide) Photoelectrodes
- 02:38Fabrication of Rhodium Nanostructures
- 04:23Photoelectrodeposition of Rhodium Nanoparticles
- 05:22Photoelectrochemical Experiments in Microgravity
- 08:43Results: p-InP Surface Modification
- 10:43Conclusion
Efficient solar-hydrogen production has recently been realized on functionalized semiconductor-electrocatalyst systems in a photoelectrochemical half-cell in microgravity environment at the Bremen Drop Tower. Here, we report the experimental procedures for manufacturing the semiconductor-electrocatalyst device, details of the experimental set-up in the drop capsule and the experimental sequence during free fall.
