We investigate domain growth in a spin-1 lattice model with nonconserved (spin-flip) dynamics and local kinetic barriers. We present comprehensive Monte Carlo (MC) results for various features of the ordering process, e.g., domain-size distribution functions, autocorrelation functions. We use a simple stochastic model to obtain an analytic form for the autocorrelation function, which is in good agreement with our numerical results
We review analytical and numerical studies of phase ordering dynamics or domain growth in systems wi...
We investigate the kinetics of domain growth in Ising magnets where a fraction 1 - p of the magnetic...
We study the kinetics of domain growth in ferromagnets with random exchange interactions. We present...
We present numerical and analytical results for the autocorrelation functions which characterize dom...
We present numerical and analytical results for the autocorrelation functions which characterize dom...
The kinetics of domain growth for a q=8 state Potts model on a triangular lattice is studied using t...
We study phase ordering kinetics in symmetric and asymmetric binary mixtures, undergoing an order-di...
By means of Monte Carlo computer simulation and scaling theory, we study the domain growth kinetics ...
Using a combination of renormalization-group (RG) methods and Monte Carlo simulations, we study the ...
The authors develop a novel numerical approach, based on a computationally efficient cell dynamical ...
Renormalization-group methods developed previously to treat the growth of order in unstable systems ...
The time-dependent scaling of the two-time autocorrelation function of spin systems without disorder...
The kinetics of domain growth during the late stages of spinodal decomposition is studied by the Mon...
By means of Monte Carlo computer simulations we study the domain-growth kinetics after a quench acro...
Nonequilibrium domain growth in a system with a nonconserved order parameter is considered for power...
We review analytical and numerical studies of phase ordering dynamics or domain growth in systems wi...
We investigate the kinetics of domain growth in Ising magnets where a fraction 1 - p of the magnetic...
We study the kinetics of domain growth in ferromagnets with random exchange interactions. We present...
We present numerical and analytical results for the autocorrelation functions which characterize dom...
We present numerical and analytical results for the autocorrelation functions which characterize dom...
The kinetics of domain growth for a q=8 state Potts model on a triangular lattice is studied using t...
We study phase ordering kinetics in symmetric and asymmetric binary mixtures, undergoing an order-di...
By means of Monte Carlo computer simulation and scaling theory, we study the domain growth kinetics ...
Using a combination of renormalization-group (RG) methods and Monte Carlo simulations, we study the ...
The authors develop a novel numerical approach, based on a computationally efficient cell dynamical ...
Renormalization-group methods developed previously to treat the growth of order in unstable systems ...
The time-dependent scaling of the two-time autocorrelation function of spin systems without disorder...
The kinetics of domain growth during the late stages of spinodal decomposition is studied by the Mon...
By means of Monte Carlo computer simulations we study the domain-growth kinetics after a quench acro...
Nonequilibrium domain growth in a system with a nonconserved order parameter is considered for power...
We review analytical and numerical studies of phase ordering dynamics or domain growth in systems wi...
We investigate the kinetics of domain growth in Ising magnets where a fraction 1 - p of the magnetic...
We study the kinetics of domain growth in ferromagnets with random exchange interactions. We present...
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