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On blow-up of positive solutions for a biharmonic equation involving nearly critical exponent

机译:一类涉及近临界指数的双调和方程正解的爆破

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In this paper a biharmonic problem with Navier boundary condition involving nearly critical growth is considered: #DELTA#_u~2 = u~((n + 4)/(n - 4) - #tau#), u > 0 in #OMEGA# and u = #DELTA#u = 0 on partial deriv#OMEGA#, where #OMEGA# is a bounded smooth convex domain in R~n (n >= 5) and #tau# > 0 is small. We show that any sequence of positive solutions with #tau# -> 0 has to blow up and concentrate at finitely many points in the interior of the domain #OMEGA#. With blow-up argument, we also give the energy a priori estimate of positive solutions.
机译:本文考虑了具有几乎临界增长的Navier边界条件的双调和问题:#DELTA#_u〜2 = u〜((n + 4)/(n-4)-#tau#),u> 0在#OMEGA中#和u =#DELTA#u = 0在偏导数OMEGA#上,其中#OMEGA#是R〜n中的有界光滑凸域(n> = 5),而#tau#> 0很小。我们证明,任何带有#tau#-> 0的正解序列都必须炸毁并集中在域#OMEGA#内部的有限多个点上。有了爆炸的论点,我们还对能量给出了正解的先验估计。

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