The electric resistance between two arbitrary lattice points in infinite d- dimensional hypercubic lattices with second nearest neighbor) 2nd NN) resistors is calculated by using lattice Green's function. The resistance for square, and simple cubic lattices with 2nd NN resistors is discussed in detail. For large separation between lattice points the finite limiting value of the resistance for a simple cubic lattice with second nearest neighbor resistors is calculated. Keywords: Green’s function, hypercubic lattices, resistance
International audienceResistor networks are practical electric circuits and provide meaningful model...
The resistance distance is an intrinsic metric on graphs that have been extensively studied by many ...
The electrical properties of conducting meshes are investigated numerically by solving the related K...
The resistance between two arbitrary grid points of several infinite lattice structures of resistors...
The resistance between two arbitrary nodes in an infinite square lattice of:identical resistors is c...
In the present work, the lattice Green’s function technique has been used to investigate the equival...
A review of the theoretical approach for calculating the resistance between two arbitrary lattice p...
In this paper, we investigate the two-vertex resistance on four Archimedean lattices. This technique...
The electric resistance between two arbitrary nodes on any infinite lattice structure of resistors ...
The resistance between two arbitrary points in an infinite triangle and hexagonal lattice networks o...
This paper shows how a method developed by Van Steenwijk can be generalized to calculate the resista...
International audienceThe rise of novel materials such as graphene compounds or carbon nanotubes rec...
An infinite regular three-dimensional network is composed of identical resistors each of resistance...
We express the equivalent resistance between the origin (0, 0, 0) and any other lattice site (n1,n2,...
A mapping between random walk problems and resistor network problems is described and used to calcul...
International audienceResistor networks are practical electric circuits and provide meaningful model...
The resistance distance is an intrinsic metric on graphs that have been extensively studied by many ...
The electrical properties of conducting meshes are investigated numerically by solving the related K...
The resistance between two arbitrary grid points of several infinite lattice structures of resistors...
The resistance between two arbitrary nodes in an infinite square lattice of:identical resistors is c...
In the present work, the lattice Green’s function technique has been used to investigate the equival...
A review of the theoretical approach for calculating the resistance between two arbitrary lattice p...
In this paper, we investigate the two-vertex resistance on four Archimedean lattices. This technique...
The electric resistance between two arbitrary nodes on any infinite lattice structure of resistors ...
The resistance between two arbitrary points in an infinite triangle and hexagonal lattice networks o...
This paper shows how a method developed by Van Steenwijk can be generalized to calculate the resista...
International audienceThe rise of novel materials such as graphene compounds or carbon nanotubes rec...
An infinite regular three-dimensional network is composed of identical resistors each of resistance...
We express the equivalent resistance between the origin (0, 0, 0) and any other lattice site (n1,n2,...
A mapping between random walk problems and resistor network problems is described and used to calcul...
International audienceResistor networks are practical electric circuits and provide meaningful model...
The resistance distance is an intrinsic metric on graphs that have been extensively studied by many ...
The electrical properties of conducting meshes are investigated numerically by solving the related K...