Add to ORKGElectronic excited states of certain transition metal complexes undergo oxidation-reduction reactions that store chemical energy. Such reactions have been extensively explored for mononuclear complexes. Two classes of polynuclear species exhibit similar properties, and these complexes are now being studied as possible homogeneous sensitizer-catalysts for hydrogen production from aqueous solutions
The entatic state is a core concept in bioinorg. chem. and is present when a protein architecture pl...
Quantum chemical approaches today are a powerful tool to study the properties and reactivity of meta...
The conversion of sunlight into useful forms of energy is a much-researched topic with many successf...
Electronic excited states of certain transition metal complexes undergo oxidation-reduction reaction...
Photochemical properties of transition metal complexes are discussed as they relate to possible sche...
The objectives of this research project include goals focused to explore photoinitiated electron col...
Three classes of polynuclear complexes containing metal-metal bonds possess emissive excited states ...
Transition metal complexes display a number of charge-transfer bands in the absorption spectra. Opti...
Concerns over increasing global energy demands, finite fossil fuel reserves, and climate change have...
A molecular system capable of photoinduced water splitting is an attractive approach to solar energy...
The photochemical and spectroscopic properties of two classes of polynuclear metal complexes have be...
Solar energy represents a promising renewable energy source. While photovoltaic technologies have be...
The role of transition metal complexes is overviewed for the iron, copper and chromium compounds, fo...
Several systems in which molecular hydrogen is produced by photoreduction of protons in aqueous solu...
Investigations in the field of the photochemistry and photophysics of coordination compounds have pr...
The entatic state is a core concept in bioinorg. chem. and is present when a protein architecture pl...
Quantum chemical approaches today are a powerful tool to study the properties and reactivity of meta...
The conversion of sunlight into useful forms of energy is a much-researched topic with many successf...
Electronic excited states of certain transition metal complexes undergo oxidation-reduction reaction...
Photochemical properties of transition metal complexes are discussed as they relate to possible sche...
The objectives of this research project include goals focused to explore photoinitiated electron col...
Three classes of polynuclear complexes containing metal-metal bonds possess emissive excited states ...
Transition metal complexes display a number of charge-transfer bands in the absorption spectra. Opti...
Concerns over increasing global energy demands, finite fossil fuel reserves, and climate change have...
A molecular system capable of photoinduced water splitting is an attractive approach to solar energy...
The photochemical and spectroscopic properties of two classes of polynuclear metal complexes have be...
Solar energy represents a promising renewable energy source. While photovoltaic technologies have be...
The role of transition metal complexes is overviewed for the iron, copper and chromium compounds, fo...
Several systems in which molecular hydrogen is produced by photoreduction of protons in aqueous solu...
Investigations in the field of the photochemistry and photophysics of coordination compounds have pr...
The entatic state is a core concept in bioinorg. chem. and is present when a protein architecture pl...
Quantum chemical approaches today are a powerful tool to study the properties and reactivity of meta...
The conversion of sunlight into useful forms of energy is a much-researched topic with many successf...