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Asymptotic behavior of positive solutions of a semilinear Dirichlet problem in the annulus

机译:半线性Dirichlet问题正解在环中的渐近行为

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In this paper, we establish existence and asymptotic behavior of a positive classical solution to the following semilinear boundary value problem: [-Delta u=q(x)u^{sigma };ext{in};Omega,quad u_{|partialOmega}=0.] Here (Omega) is an annulus in (mathbb{R}^{n}), (ngeq 3), (sigma lt 1) and (q) is a positive function in (mathcal{C}_{loc}^{gamma }(Omega )), (0ltgamma lt 1), satisfying some appropriate assumptions related to Karamata regular variation theory. Our arguments combine a method of sub- and supersolutions with Karamata regular variation theory.
机译:在本文中,我们建立了以下半线性边值问题的正古典解的存在性和渐近行为: [- Delta u = q(x)u ^ { sigma} ; text {in} ; Omega, quad u_ {| partial Omega} = 0。]这里的( Omega )是( mathbb {R} ^ {n} ),(n geq 3 )中的圆环,( sigma lt 1 )和(q )是( mathcal {C} _ {loc} ^ { gamma}( Omega} ),(0 lt γ(lt 1 ),满足与Karamata正变分理论相关的一些适当假设。我们的论点将子解和上解法与Karamata正变分理论相结合。

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