Catalysis of electrochemical reactions at redox polymer electrodes [1--4] has been and is
still one of the major motivations for their synthesis and the investigation of their electriCal …

A kinetic model describing the catalytic activity of redox polymer film electrodes is presented
and discussed for reaction schemes in which the primary reaction between the active form of …

Homogeneous catalysis of electrochemical reductions (or oxidations) involves essentially
two types of processes [1]. In chemical catalysis the key step is the formation of an adduct …

The electrodeposition of metals and electron-or holeconducting polymers proceeds through
forming metallic or covalent bonds, respectively. We show here that films of hydrated redox …

Redox-modified oligosiloxanes were prepared from an Si6o oligo (hydrogen siloxane) and
allyl-terminated oligo (ethyleneglycol)(OEG) esters of 3-carboxy-2, 2, 5, 5-tetramethyl-A3 …

The kinetics of the reduction of 02 by Ru (NH3) 62+ as catalyzed by cobalt (II) tefakis (4-A'-
methylpyridyl) porphyrin are described both in homogeneous solution and when the …

Electrochemically induced crosslinking is suggested to stabilize electrodeposition
polymer/enzyme films selectively on an electrode surface. 4 different protected diamine or …

The deliberate control of reactivity at the electrode/solution interface represents one of the
primary objectives of electrochemical research. Such control, if possible, would profoundly …

Electrocatalysis is one of the leading ideas underlying the development of modified
electrodes [l]. We have previously shown that platinum and carbon electrodes coated with …