In this review, the utilization of coordination compounds as electrocatalysts in a number of electro-oxidation reactions including oxidation of olefins, alcohols, water, glucose, nitric oxide and other small molecules is discussed. The coordination compounds function either as redox mediators and/or oxidative catalysts in the electrocatalytic reactions. Applications of the electrocatalysts in electro-synthesis, biosensing and biofuel cells are discussed with reference to the role played by the coordination compounds in these processes or technologies. © 2007 Elsevier B.V. All rights reserved.link_to_subscribed_fulltex
The great utility of carbonylic compounds as starting materials is well known; the importance of car...
L’électrochimie devient incontournable dans les nouvelles technologies de stockage et de conversion ...
Study of the surface electrochemistry of inorganic complexes provides a means to investigate the red...
In this review, the utilization of coordination compounds as electrocatalysts in a number of electro...
Mechanistic studies on thermal and photoreactions of coordination compounds may be very useful in de...
Molecular complexes can be used as electrocatalysts for oxygen reduction, water oxidation, and/or hy...
The development of cost effective renewable energy sources is necessary to meet increasing demand an...
Modification of electrodes by film deposit containing transition metal complexes is reviewed in the ...
Transition metal complexes acting as catalysts towards water oxidation concern a challenging researc...
Electrocatalysis is the science exploring the rates of electrochemical reactions as a function of th...
Our work on the electrocatalyzed oxidation of methanol was initially motivated by the interest in me...
This chapter covers the process of oxygen-reduction reaction (ORR) for fuel-cell systems of nonpreci...
This project aims to develop efficient electrocatalysts for ambient-temperature direct-hydrocarbon f...
Metal complexes that play important roles in regulating redox processes in biological and synthetic ...
The ongoing search for new electroactive materials for next-generation redox flow batteries has with...
The great utility of carbonylic compounds as starting materials is well known; the importance of car...
L’électrochimie devient incontournable dans les nouvelles technologies de stockage et de conversion ...
Study of the surface electrochemistry of inorganic complexes provides a means to investigate the red...
In this review, the utilization of coordination compounds as electrocatalysts in a number of electro...
Mechanistic studies on thermal and photoreactions of coordination compounds may be very useful in de...
Molecular complexes can be used as electrocatalysts for oxygen reduction, water oxidation, and/or hy...
The development of cost effective renewable energy sources is necessary to meet increasing demand an...
Modification of electrodes by film deposit containing transition metal complexes is reviewed in the ...
Transition metal complexes acting as catalysts towards water oxidation concern a challenging researc...
Electrocatalysis is the science exploring the rates of electrochemical reactions as a function of th...
Our work on the electrocatalyzed oxidation of methanol was initially motivated by the interest in me...
This chapter covers the process of oxygen-reduction reaction (ORR) for fuel-cell systems of nonpreci...
This project aims to develop efficient electrocatalysts for ambient-temperature direct-hydrocarbon f...
Metal complexes that play important roles in regulating redox processes in biological and synthetic ...
The ongoing search for new electroactive materials for next-generation redox flow batteries has with...
The great utility of carbonylic compounds as starting materials is well known; the importance of car...
L’électrochimie devient incontournable dans les nouvelles technologies de stockage et de conversion ...
Study of the surface electrochemistry of inorganic complexes provides a means to investigate the red...