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BOUNDARY AND ANGULAR LAYER BEHAVIOR IN SINGULARLY PERTURBED SEMILINEAR SYSTEMS
作者姓名:章国华  刘光旭
作者单位:Department of Mathematics and Statistics,The University of Calgary,Alberta,Canada,Department of Mathematics,Nankai University,Tianjing
摘    要:Some authors employed the method and technique of differential inequalities to obtain fairly general results concerning the existence and asymptotic behavior, as ε→n~+, of the solutions of scalar boundary value problems In this paper, we extend these results to vector boundary value problems, under analogous stability conditions on the solution u=u(t) of the reduced equation O=h(t, u) Two types of asymptotic behavior are studied, depending on whether the reduced solution u(t) has or does not have a con tinuous first derivative in (a, b) leading to the phenomena of boundary and angular layers.

收稿时间:1983-07-07

Boundary and angular layer behavior in singularly perturbed semilinear systems
K. W. Chang,G. X. Liu.BOUNDARY AND ANGULAR LAYER BEHAVIOR IN SINGULARLY PERTURBED SEMILINEAR SYSTEMS[J].Applied Mathematics and Mechanics(English Edition),1984,5(3):1309-1316.
Authors:K W Chang  G X Liu
Institution:1. Department of Mathematics and Statistics, The University of Calgary, Alberta, Canada;2. Department of Mathematics, Nankai University, Tianjing
Abstract:Some authors employed the method and technique of differential inequalities to obtain fairly general results concerning the existence and asymptotic behavior, as ε→n+, of the solutions of scalar boundary value problems εuu=h(t,y),a
Keywords:
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