The influence of small electric field on the nature of resistance fluctuations in a one-dimensional disordered system is studied. It is shown that for a bounded random potential the mean resistance saturates for large lengths, in agreement with the recent numerical results. We further obtain an asymptotic expression for the full probability distribution of resistance
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
Restricted Access.The non-self-averaging resistance of a one-dimensional conductor with static disor...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
Following an invariant-imbedding approach, we obtain analytical expressions for the ensemble-average...
Following an invariant-imbedding approach, we obtain analytical expressions for the ensemble-average...
Restricted AccessFollowing an invariant-imbedding approach, we obtain analytical expressions for the...
Following an invariant-imbedding approach, we obtain analytical expressions for the ensemble-average...
Restricted Access.It is now well known that in the extreme quantum limit, dominated by the elastic i...
It is now well known that in extreme quantum limit, dominated by the elastic impurity scattering and...
It is now well known that in the extreme quantum limit, dominated by the elastic impurity scattering...
Restricted Access.The residual resistance of a microscopically disordered conductor is a non-additiv...
When the size (L) of a one-dimensional metallic conductor is less than the correlation length λ...
When the size (L) of a one-dimensional metallic conductor is less than the correlation length λ-1 of...
When the size (L) of a one-dimensional metallic conductor is less than the correlation length λ-1 of...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
Restricted Access.The non-self-averaging resistance of a one-dimensional conductor with static disor...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
Following an invariant-imbedding approach, we obtain analytical expressions for the ensemble-average...
Following an invariant-imbedding approach, we obtain analytical expressions for the ensemble-average...
Restricted AccessFollowing an invariant-imbedding approach, we obtain analytical expressions for the...
Following an invariant-imbedding approach, we obtain analytical expressions for the ensemble-average...
Restricted Access.It is now well known that in the extreme quantum limit, dominated by the elastic i...
It is now well known that in extreme quantum limit, dominated by the elastic impurity scattering and...
It is now well known that in the extreme quantum limit, dominated by the elastic impurity scattering...
Restricted Access.The residual resistance of a microscopically disordered conductor is a non-additiv...
When the size (L) of a one-dimensional metallic conductor is less than the correlation length λ...
When the size (L) of a one-dimensional metallic conductor is less than the correlation length λ-1 of...
When the size (L) of a one-dimensional metallic conductor is less than the correlation length λ-1 of...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
Restricted Access.The non-self-averaging resistance of a one-dimensional conductor with static disor...
A novel method is proposed to treat the problem of the random resistance of a strictly one-dimension...
DOI
Add to ORKG