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Blow-up for the ω-heat equation with Dirichlet boundary conditions and a reaction term on graphs

机译:具有Dirichlet边界条件的ω-热方程的爆破和图形上的反应项

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In this paper, we consider the blow-up phenomenon for the ω-heat equation on graph with Dirichlet boundary conditions and a reaction term u_t (x, t) = △_ωu(x, t) + u~p(x, t), where △_ω is called the discrete weighted Laplacian operators. If p ≤ 1, every solution is global, and if p > 1 and under some suitable conditions, we prove that the nonnegative and nontrivial solution blows up in finite time and the blow-up rate on L~∞-norm only depends on p. Finally, two examples are proposed to demonstrate our results.
机译:本文考虑Dirichlet边界条件和反应项u_t(x,t)=△_ωu(x,t)+ u〜p(x,t)的图上ω-热方程的爆燃现象,其中△_ω称为离散加权拉普拉斯算子。如果p≤1,则每个解都是全局的;如果p> 1且在某些合适的条件下,我们证明非负非平凡解在有限时间内爆炸,并且L〜∞范数的爆炸率仅取决于p 。最后,提出了两个例子来证明我们的结果。

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