A scaling theory has been developed for hopping transport in disordered systems. It provides an alternative to other existing theories for hopping transport, notably percolation theory. The scaling theory is considerably easier to use, but provides somewhat less information than percolation theory
Photoexcited charge conduction in molecularly-doped polymers can be described in terms of a biased r...
We have used the master equation to simulate variable-range hopping (VRH) of charges in a strongly d...
We develop the theory of the scaling of the anomalous Hall effect (AHE) in the insulating regime, wh...
[[abstract]]We have developed a percolation calculation method for hopping conduction in disordered ...
We present a scaling theory for charge transport in disordered molecular semiconductors that extends...
We present a scaling theory for charge transport in disordered molecular semiconductors that extends...
We present an averaging procedure for the calculation of the Hall mobility for spatial and energetic...
An important class of models for variable-range hopping (VRH) transport processes of electrons in hi...
From extensive computer simulations of variable-range hopping (VRH) transport of charges on regular ...
We recently introduced a scaling theory for charge transport in molecular semiconductors with uncorr...
The theory of electron transport via hopping between localised states is developed within the framew...
The continuous time random walk approach for hopping conduction in disordered systems is modified to...
By a mean field approximation a macroscopic charge transport equation is derived from a hopping mode...
[[abstract]]© 2001 Elsevier - A percolation method is developed for hopping resistances of granular ...
For percolating systems, we propose a universal exponent relation connecting the leading corrections...
Photoexcited charge conduction in molecularly-doped polymers can be described in terms of a biased r...
We have used the master equation to simulate variable-range hopping (VRH) of charges in a strongly d...
We develop the theory of the scaling of the anomalous Hall effect (AHE) in the insulating regime, wh...
[[abstract]]We have developed a percolation calculation method for hopping conduction in disordered ...
We present a scaling theory for charge transport in disordered molecular semiconductors that extends...
We present a scaling theory for charge transport in disordered molecular semiconductors that extends...
We present an averaging procedure for the calculation of the Hall mobility for spatial and energetic...
An important class of models for variable-range hopping (VRH) transport processes of electrons in hi...
From extensive computer simulations of variable-range hopping (VRH) transport of charges on regular ...
We recently introduced a scaling theory for charge transport in molecular semiconductors with uncorr...
The theory of electron transport via hopping between localised states is developed within the framew...
The continuous time random walk approach for hopping conduction in disordered systems is modified to...
By a mean field approximation a macroscopic charge transport equation is derived from a hopping mode...
[[abstract]]© 2001 Elsevier - A percolation method is developed for hopping resistances of granular ...
For percolating systems, we propose a universal exponent relation connecting the leading corrections...
Photoexcited charge conduction in molecularly-doped polymers can be described in terms of a biased r...
We have used the master equation to simulate variable-range hopping (VRH) of charges in a strongly d...
We develop the theory of the scaling of the anomalous Hall effect (AHE) in the insulating regime, wh...
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