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L-p-L-q estimates for parabolic systems in non-divergence form with VMO coefficients

机译:具有VMO系数的无散度形式的抛物线系统的L-p-L-q估计

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Consider a parabolic N x N-system of order m on R-n with top-order coefficients a(alpha) is an element of VMO boolean AND L-infinity. Let 1 < p: q < infinity and let omega be a Muckenhoupt weight. It is proved that systems of this kind possess a unique solution u satisfying parallel to u'parallel to L-q(J;L omega P(Rn)N) + parallel to Au parallel to(Lq(J;L omega P(Rn)N)) <= C parallel to f parallel to(Lq(J;L omega p(Rn)N)), where Au = Sigma(vertical bar alpha vertical bar <= m) a(alpha)D(alpha)u and J = [0, infinity). In particular, choosing omega = 1, the realization of A in L-p(R-n)(N) has maximal L-p - L-q regularity.
机译:考虑R-n上阶数为m的抛物线N x N系统,其顶级系数a(alpha)是VMO布尔AND L-无穷大的元素。令1 :q <无穷大,让ω为Muckenhoupt重。证明了这类系统具有唯一的解u,它满足平行于与Lq(J; L omega P(Rn)N)平行的u'+与平行于(Lq(J; L omega P(Rn)N) ))<=平行于f的C平行于(Lq(J; L omega p(Rn)N)),其中Au = Sigma(垂直条alpha垂直条<= m)aαDDαu和J = [0,无穷大)。特别地,选择omega = 1时,在L-p(R-n)(N)中实现A具有最大的L-p-L-q正则性。

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