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Photoelectrochemical hydrogen evolution

2021
Hydrogen is one of the most important solar fuels derived from artificial photosynthesis, and solar hydrogen production is a promising way to provide H2 sustainably and environmentally. This chapter describes the photocatalytic hydrogen evolution, which is a typical heterogeneous catalytic process.
Wang, Zhiliang, Wang, Lianzhou
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Hydrogen evolution by photobleached Anabaena cylindrica

Planta, 1981
We have studied the evolution of hydrogen by photobleached filaments of the heterocystous bluegreen alga Anabaena cylindrica. The photobleached cells became orange-yellow due to the heavy accumulation of carotenoids. We found that the yellow filaments produced much larger amounts of hydrogen than the normal, green ones, while the nitrogenase activity ...
I, Laczkó, K, Barabás
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The evolution of hydrogen on Mars

Physics Today, 2015
New atmospheric maps may disentangle local phenomena from global phenomena in Mars’s water cycle.
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Light-dependent hydrogen evolution by Scenedesmus

Planta, 1969
The effect of glucose and the uncoupler Cl-CCP upon hydrogen production was studied in adapted cells of Scenedesmus obliquus D3. Cl-CCP at 10(-5)M concentration completely inhibited the evolution of H2 in the dark and increased the apparent rate of H2 evolution in the light.
H, Kaltwasser, T S, Stuart, H, Gaffron
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Hydrogen Evolution

2009
The article begins with a brief presentation of the strategic importance of the hydrogen evolution reaction in various fields; this is followed by a discussion of its reversibility and of the factors on which reversibility depends. Adsorption of hydrogen atoms is a necessary step that depends on the interaction of metal surfaces with solvents.
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Defect Evolution in Hydrogen Implanted Silicon

1996
Defect evolution in hydrogen implanted ...
Acheron, C.E.   +3 more
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Application of hydrogenase for photoinduced hydrogen evolution

Biochimie, 1986
Various attempts have been made to develop suitable redox systems for the photochemical utilization of solar energy. Recent work has shown that the three component systems containing a photosensitizer, an electron donor, and an electron acceptor can be used to evolve hydrogen when a suitable catalyst is present. The reactions are quite general and have
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Organocatalytic Hydrogen Evolution Reaction by Diazaphospholenes

Journal of the American Chemical Society
The electrochemical hydrogen evolution reaction (HER) is currently recognized as a prospective way to obtain clean energy. The electrocatalysts used currently are dominantly based on transition metals. In this work, we have demonstrated a diazaphospholene (N-heterocyclic phosphine (NHP))-type small molecular organocatalyst that can catalyze the HER ...
Kaini Xu   +5 more
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Smoothing Effect of H3bo3 on Hydrogen Evolution Catalyst and the Promotion of Hydrogen Evolution

2023
Yao Zhang   +5 more
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The Kinetics of Hydrogen Evolution

The Journal of Chemical Physics, 1950
J. O'M. Bockris   +2 more
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