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Photocatalytic hydrogen evolution from a cobalt nickel complex with . . . Photocatalytic hydrogen evolution from a cobalt nickel complex with dithiolene ligands under irradiation with visible light † Two novel metal dithiolene complexes, namely N t Bu 4 [M (BNT) 2] [M = Co Ni, (BNT = (R)-1, 1′-binaphthalene-2,2′-dithiol)], have been synthesized and characterized
Catalysis Science Technology – five years in 2015 Executive Editor Anna Simpson looks back at the successes of the last year and what is to come in Catalysis Science Technology’s fifth year of publication
Catalysis Science Technology - five years in 2015 This paper provides an overview of the use of various transient infrared methods to determine the role of infrared observable species in the mechanisms of the NO–CO reaction, heterogeneous ethylene
Nickel complexes as catalysts for the light-driven production of . . . In this work, two inexpensive molecular catalysts were synthesized and characterized (Fig 1), and their hydrogen production performances were tested in aqueous solution coupled with Fl as photosensitizer and triethanolamine (TEOA) as electron sacrificial agent by the light irradiation