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Regularity for weakly (K_1, K_2)-quasiregular mappings

机译:弱(K_1,K_2)-准正则映射的正则性

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In this paper, we first give the definition of weakly (K_1, K_2)-quasiregular mappings, and then by using the Hodge decomposition and the weakly reverse Hoelder inequality, we obtain their regularity property: For any q_1 that satisfies 0 < K_1n~((n+4)/2)2~(n+1) X 100~(n~2) [2~(3n/2)(2~(5n) + 1)](n - q_1) < 1, there exists p_1 = p_1 (n, q_1,K_1, K_2) > n, such that any (K_1, K_2-quasiregular mapping f ∈ W_(loc)~(1,q_1)(Ω, R~n) is in fact in W_(loc)~(1,q_1)(Ω, R~n). That is, f is (K_1, K_2)-quasiregular in the usual sense.
机译:在本文中,我们首先给出弱(K_1,K_2)-准正则映射的定义,然后通过使用Hodge分解和弱逆Hoelder不等式,获得其正则性质:对于满足0 n,使得任何(K_1,K_2-准规则映射f∈W_(loc)〜(1,q_1)(Ω,R〜n)实际上在W_ (loc)〜(1,q_1)(Ω,R〜n)。也就是说,在通常意义上,f是(K_1,K_2)-准规则的。

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