periodic boundary condition in a sentence

Examples

1. One of the strengths of this code is that it handles non-periodic boundary conditions in a natural way, without the use of super-cells, but can equally well handle periodic and partially periodic boundary conditions.
2. One of the strengths of this code is that it handles non-periodic boundary conditions in a natural way, without the use of super-cells, but can equally well handle periodic and partially periodic boundary conditions.
3. According to a perspective published nearly fifty years later by William L . Jorgensen, " Metropolis et al . introduced the samplic method and periodic boundary conditions that remain at the heart of Monte Carlo statistical mechanics simulations of fluids.
4. Periodic boundary conditions in 1, 2 and 3 dimensions have been implemented through the Lorentz field ( \ Gamma-point ), and an internal coordinate geometry optimizer allows full ( atom + cell ) relaxation using analytic derivatives.
5. Boundary conditions are often treated by choosing fixed values at the edges ( which may cause artifacts ), or by employing periodic boundary conditions in which one side of the simulation loops back to the opposite side, mimicking a bulk phase.
6. When I have dealt with this problem, in the context of EEG signals recorded from brain activity, my approach has been to use periodic boundary conditions-- but I try to avoid working with data segments that are very short.
7. Around the same time, other groups have developed similar approaches in which quantum information plays a predominant role as, for example, in DMRG implementations for periodic boundary conditions, and for studying mixed-state dynamics in one-dimensional quantum lattice systems,.
8. These range from simplified forms of the first-principles equations that are easier or faster to solve, to approximations limiting the size of the system ( for example, periodic boundary conditions ), to fundamental approximations to the underlying equations that are required to achieve any solution to them at all.
9. The theorem can be stated as follows : let S [ \ psi ] be the ( Euclidean ) action describing fermions \ psi on a regular lattice of even dimensions with periodic boundary conditions, and suppose that " S " is local, hermitian and translation invariant; then the theory describes as many left-handed as right-handed states.
10. It can be seen that the " Z ( k, z ) " functions are the kernels of the Fourier transform or Laplace transform of the " Z ( z ) " function and so " k " may be a discrete variable for periodic boundary conditions, or it may be a continuous variable for non-periodic boundary conditions.