We consider a random resistor network on a square lattice at the bond percolation threshold pc = 1/2. We calculate the current distribution on the incipient infinite cluster using a Fourier accelerated conjugate gradient method. We compute the n-th moment of this distribution in both the constant current and constant voltage ensembles for lattices up to 256 x 256 in size, and examine how these moments scale with lattice size. When analysed in the conventional way, our scaling exponents agree with published results. Previous authors have assumed that these exponents are theoretically determined in the limit of large n by the singly connected bonds. This makes an implicit assumption about the order of limits for which we find no theoretical j...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
The noise power spectrum F(ω) of the voltage fluctuations in a self-similar resistor network is dete...
The noise power spectrum F(ω) of the voltage fluctuations in a self-similar resistor network is dete...
We consider a random resistor network on a square lattice at the bond percolation threshold pc = 1/2...
The distribution of currents, ib, in the bonds b of a randomly diluted resistor network at the perco...
We consider the critical properties of the two-point resistance and its fluctuations due to microsco...
We use low-density series expansions to calculate critical exponents for the behavior of random resi...
We use low-density series expansions to calculate critical exponents for the behavior of random resi...
We consider the critical properties of the two-point resistance and its fluctuations due to microsco...
There is a renewed surge in percolation-induced transport properties of diverse nano-particle compos...
There is a renewed surge in percolation-induced transport properties of diverse nano-particle compos...
Sample to sample fluctuations of the multifractal moments of percolating random-resistor networks ar...
The distribution of currents, ib, in the bonds b of a randomly diluted resistor network at the perco...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
The noise power spectrum F(ω) of the voltage fluctuations in a self-similar resistor network is dete...
The noise power spectrum F(ω) of the voltage fluctuations in a self-similar resistor network is dete...
We consider a random resistor network on a square lattice at the bond percolation threshold pc = 1/2...
The distribution of currents, ib, in the bonds b of a randomly diluted resistor network at the perco...
We consider the critical properties of the two-point resistance and its fluctuations due to microsco...
We use low-density series expansions to calculate critical exponents for the behavior of random resi...
We use low-density series expansions to calculate critical exponents for the behavior of random resi...
We consider the critical properties of the two-point resistance and its fluctuations due to microsco...
There is a renewed surge in percolation-induced transport properties of diverse nano-particle compos...
There is a renewed surge in percolation-induced transport properties of diverse nano-particle compos...
Sample to sample fluctuations of the multifractal moments of percolating random-resistor networks ar...
The distribution of currents, ib, in the bonds b of a randomly diluted resistor network at the perco...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
For very long bars of size n x n x L, with L >> n, and n up to 18, we calculate the conductivity of...
The noise power spectrum F(ω) of the voltage fluctuations in a self-similar resistor network is dete...
The noise power spectrum F(ω) of the voltage fluctuations in a self-similar resistor network is dete...