Visible light, hydrogen sulfide

Muradov, N.Z., Bazhutin, Yu., Bezuglaya, A., and Rustamov, M., Visible light induced decomposition of hydrogen sulfide in aqueous solutions using cadmium sulfide, ]. Phys. Chem., 54, 2563,1982 (in Russian). 

Seredych M, Mabayoje 0, Bandosz TJ. Visible-light-enhanced Interactions of hydrogen sulfide with composites of zinc(oxy)hydroxide with graphite oxide and graphene, Langmuir 2012, 28, 1337-1346. 

Namon, S.A., Aliwi, S.M., Alemara, K. 1986. Hydrogen-production from the splitting of H S by visible-light irradiation of vanadium sulfides dispersion loaded with RuOj. Int J Hydrogen Energy 11 33-38. 

Visible Light-Induced Formation of Addition of sulfite shown to enhance the clea-Hydrogen and Thiosulfate from vage of H2S into H2 and S. See also Refs. 495-Aqueous Sulfide/Sulfite Solutions 497 and Ref. 500 for follow-up work, in CdS Suspensions. 499... 

Visible Light Induced Hydrogen Production from In Situ Generated Colloidal Rhodium-Coated Cadmium Sulfide in Surfactant Vesicles. The first of a series of studies (see also Refs. 505-507) exploring the use of vesicles and reverse micelles for photo-induced charge separation and HER. 504... 

A radical chain reaction initiated by visible light irradiation occurs with l,2-dihydro-2-thioxo-1-pyridinyl 4-alkenylcarbamates (PTOC carbamates) 1 in the presence of a carboxylic acid and a hydrogen-atom donor, preferably tert-butyl mercaptan after homolytic cleavage of the weak N—O bond and a decarboxylation step, the aminyl radical is protonated by the carboxylic acid and cyclizes to give a carbon radical. After reaction with tert-butyl mercaptan and a base the pyrrolidine 2 is obtained. In competition with trapping by tert-butyl mercaptan, or in the absence of this, the carbon radical can react with the PTOC carbamate 1 in a chain-propagating step to give the sulfide 3 (Section 7.2.5.9.)127. 

To further enhance the visible light utilization of the metal sulfide solid solutions for hydrogen evolution, doping of metal sulfide solid solution with transition or alkaline metal ions has been extensively explored recently. As shown in Table 6.2, the metal sulfide solid solutions doped by Cu [147, 148], Ni [149, 150], Ag [151], Sn [152], and Bi [153] ions have been found to exhibit higher photocatalytic... 

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