Long-wavelength instabilities of three-dimensional patterns
- PMID: 11580429
- DOI: 10.1103/PhysRevE.64.036214
Long-wavelength instabilities of three-dimensional patterns
Abstract
Long-wavelength instabilities of steady patterns, spatially periodic in three dimensions, are studied. All potentially stable patterns with the symmetries of the simple-, face-centered- and body-centered-cubic lattices are considered. The results generalize the well-known Eckhaus, zigzag, and skew-varicose instabilities to three-dimensional patterns and are applied to two-species reaction-diffusion equations modeling the Turing instability.