文摘
In this paper, we develop the energy argument in homogeneous Besov space framework to study the large time behavior of global-in-time strong solutions to the Cauchy problem of the three-dimensional incompressible nematic liquid crystal flows with low regularity assumptions on initial data. More precisely, if the small initial data (u0,d0−d¯0)∈Ḃp,13p−1(R3)×Ḃp,13p(R3) with 1 < p < ∞ and further assume that (u0,d0−d¯0)∈Ḃq,∞−s(R3)×Ḃq,∞−s+1(R3) with 1 < q≤p and max0,1−3q≤s<min4−3q,1+3p, then the global-in-time strong solution (u,d) to the nematic liquid crystal flows admits the following temporal decay rate: