摘要

We prove that the Cauchy problem for the Benjamin-Ono-Burgers equation
partial derivative(t)u - epsilon partial derivative(2)(x)u + H partial derivative(2)(x)u + uu(x) = 0, u(x, 0) = u(0)(x)
is uniformly globally well-posed in H(s) (s >= 1) for all epsilon is an element of [0, 1]. Moreover, we show that as epsilon -> 0 the solution converges to that of Benjamin-Ono equation in C([0, T]: H(s)) (s >= 1) for any T > 0. Our results give an alternative proof for the global well-posedness of the BO equation in H(1)(R) without using gauge transform, which was first obtained by Tao (2004) [23], and also solve the problem addressed in Tao (2004) [23] about the inviscid limit behavior in H(1).

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