The assumptions, equations and several applications of a recently formulated theory of electron transfer reactions of solvated electrons are outlined. The relationship of the reorganization terms to those of ordinary electron exchange and electrochemical reactions is described, together with the role played by an effective standard free energy of reaction. Applications include prediction of conditions under which chemiluminescence might be found and description of conditions under which reactions might not be diffusion-controlled
The mechanism for electron transfer is discussed in terms of an atomic motion on a potential-energy ...
Since the late 1940s, the field of electron transfer processes has grown enormously in chemistry, el...
Since the late 1940s, the field of electron transfer processes has grown enormously in chemistry, el...
The assumptions, equations and several applications of a recently formulated theory of electron tran...
A theory of electron‐transfer reactions of solvated electrons is described. Using an electron‐transf...
Data on electron exchange reactions have provided insight into factors influencing rates of electron...
Data on electron exchange reactions have provided insight into factors influencing rates of electron...
The theory of simple electron transfers at electrodes and in solution is reviewed, and various therm...
The theory of simple electron transfers at electrodes and in solution is reviewed, and various therm...
The theory of simple electron transfers at electrodes and in solution is reviewed, and various therm...
A theory of electron‐transfer reactions of solvated electrons is described. Using an electron‐transf...
The mechanism o f electron transfer in solution and at electrodes is described. A theoretical analy...
The mechanism o f electron transfer in solution and at electrodes is described. A theoretical analy...
A mechanism is described for chemiluminescent electron‐transfer reactions. It is shown that in the c...
Chemical and electrochemical redox reactions have many characteristics in common from the point of ...
The mechanism for electron transfer is discussed in terms of an atomic motion on a potential-energy ...
Since the late 1940s, the field of electron transfer processes has grown enormously in chemistry, el...
Since the late 1940s, the field of electron transfer processes has grown enormously in chemistry, el...
The assumptions, equations and several applications of a recently formulated theory of electron tran...
A theory of electron‐transfer reactions of solvated electrons is described. Using an electron‐transf...
Data on electron exchange reactions have provided insight into factors influencing rates of electron...
Data on electron exchange reactions have provided insight into factors influencing rates of electron...
The theory of simple electron transfers at electrodes and in solution is reviewed, and various therm...
The theory of simple electron transfers at electrodes and in solution is reviewed, and various therm...
The theory of simple electron transfers at electrodes and in solution is reviewed, and various therm...
A theory of electron‐transfer reactions of solvated electrons is described. Using an electron‐transf...
The mechanism o f electron transfer in solution and at electrodes is described. A theoretical analy...
The mechanism o f electron transfer in solution and at electrodes is described. A theoretical analy...
A mechanism is described for chemiluminescent electron‐transfer reactions. It is shown that in the c...
Chemical and electrochemical redox reactions have many characteristics in common from the point of ...
The mechanism for electron transfer is discussed in terms of an atomic motion on a potential-energy ...
Since the late 1940s, the field of electron transfer processes has grown enormously in chemistry, el...
Since the late 1940s, the field of electron transfer processes has grown enormously in chemistry, el...