Gwangju Institute of Science and Technology r : vimarsana.co

Organometal halide perovskites (OHPs) are promising as photoanodes in photoelectrochemical water splitting for hydrogen production. However, the loss of photogenerated charge carriers through recombination along with slow reaction speeds limit their efficiency. Now, researchers from Korea and USA have developed highly efficient OHP-based photoanodes using an approach based on rational design that exhibits an unprecedented catalytic activity and light-to-current conversion efficiency.

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South Korea , New York , United States , Seoul , Soult Ukpyolsi , Gwangju , Kwangju Gwangyoksi , Korea , Jangwon Seo , Sanghan Lee , Method Of Research , School Of Materials Science , Korea Advanced Institute Of Science , Energy Materials , University Of Wisconsin , Gwangju Institute Of Science , University At Buffalo , Department Of Chemical , Energy Materials On , University Of New York , Korea Research Institute Of Science , Seoul National University , Professor Sanghan Lee , Gwangju Institute , Associate Professor Jangwon Seo , Korea Advanced Institute , Advanced Energy Materials , Proud Creator , Future Science , Associate Professor , Biomolecular Engineering , State University , Korea Research Institute , Materials Science , Undesired Losses , Organometal Halide Perovskite Based Photoanodes , Efficient Photoelectrochemical Water ,