文摘
Applying the frequency-uniform decomposition technique, we study the Cauchy problem for derivative Ginzburg-Landau equation , where , are complex constant vectors, , . For , we show that it is uniformly global well posed for all if initial data in modulation space and Sobolev spaces () and is small enough. Moreover, we show that its solution will converge to that of the derivative Schr?dinger equation in if and in or with . For , we obtain the local well-posedness results and inviscid limit with the Cauchy data in () and .