These two loci are Paralogous Sequence Variants. Different polymorphisms detected at P25 and 92R7 loci when performing population studies are reported.Grzybowski, Bartosz AInternational Congress
Worst-case Analysis of Distributed Parameter Systems with Application to the 2D Reaction-Diffusion Equation. Optim. Contr. Appl. Met., 31, 433-449.Kishida, M., Braatz, R.D.: `Worst-case analysis of distributed param- eter systems with application to the 2D reaction-diffusion equation', ...
Abstract In this paper we consider electro–reaction–diffusion systems modelling the transport of charged species in two–dimensional heterostructures. Our aim is to investigate the case that besides of reactions with source terms of at most second order so called cluster reactions of higher order ...
diffusionsemiconductorsAbstract We develop and test a 6th-order Richardson extrapolation scheme as an error estimator for reaction–diffusion problems. Supporting numerical experiments are presented. © 1997 John Wiley & Sons, Ltd.ABBASIAN, R. O....
Diffusion and reaction phenomena in solution-based healing of polymer coatings using the DielseAlder reaction. Macromol Chem Phys 2012;213(2):173e81.Purnomo A.Pratama,Amy M.Peterson,Giuseppe R.Palmese.Diffusion and Reaction Phenomena in...
nonlinear reaction–diffusion equations; PDEs with variable delay; spatially anisotropic time delay; wave-type equations; partial functional-differential equations; exact solutions; reductions; additive and multiplicative separable solutions; generalized and functional separable solutions MSC: 35L05; 35L70; 35...
This paper uses the attached flow method for solving nonlinear second-order differential equations of the reaction–diffusion type. The key steps of the method consist of the following: (i) reducing the differentiability order by defining the first deriv
Finally, the validity of the theoretical results was confirmed using numerical examples. Keywords: synchronization; coupled neural networks; event-triggered control; reaction–diffusion terms MSC: 34D20; 34H05; 93B52; 93C201. Introduction In recent decades, as a crucial nonlinear dynamic system that...
Keywords: reaction–diffusion biofilm model; multiplicative time noise; finite difference scheme; stochastic solitary wave solutions; generalized Riccati equation mapping method MSC: 35K57; 35C07; 65N061. Introduction Reaction–diffusion equations are models for the densities of substances or living things...
finite-time synchronization; Degn–Harrison reaction–diffusion systems; finite-time stability; Lyapunov function 1. Introduction Developing appropriate controllers is essential for dynamic system analysis, particularly for achieving synchronization. Researchers have explored various mathematical models to understand...