Sea Fisheries Research Institute / University of Washington / Mathematical Institute / /
IndustryTerm
heterogeneous solution / mixed mode solutions / linear double mode solution / dermal cell density solution / linear time independent solution / hexagonal solutions / nonhomogeneous steady-state solution / coupled reaction-diffusion systems / dilation solutions / nonhomogeneous solutions / linear patterned solutions / chemical dynamics / patterned solutions / nonlinear systems / chemical signal concentration / chemical concentrations / rhombic solution / mechanochemical-type systems / usual basic uniform steady-state solution / linear solutions / Chemical modulation / mode pair solutions / time-independent solution / chemicals / rhombic operator / /
NaturalFeature
Rogge Bay / /
Organization
Mathematical Institute / South African Foundation for Research Development / U.S. National Science Foundation / Sea Fisheries Research Institute / University of Washington / Seattle / Centre for Mathematical Biology / Society for Industrial and Applied Mathematics / /
Person
Oster / PHILIP K. MAINI / GERHARD C. CRUYWAGEN / JAMES D. MURRAY / Shaw / Ai / Manoranjan / /
Position
author / original continuum tissue interaction model of Cruywagen / model / cellchemotaxis model of Oster / /
SIAM J. APPL. MATH. Vol. 57, No. 6, pp. 1485–1509, December 1997 c 1997 Society for Industrial and Applied Mathematics