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等熵可压缩Navier-Stokes方程解的整体适定性与大时间性态

中文摘要第6-8页
Abstract第8-9页
Chapter 1 Preface第10-25页
    1.1 The compressible viscous flow in a 3-D expanded ball第10-16页
    1.2 The compressible viscous flow in partial Space-Periodic Domains第16-19页
    1.3 The compressible flow in the domain between two coaxial cylinders10第19-25页
Chapter 2 On the global smooth solution to the 3-D compressible Navier-Stokes equation in an infinitely expanded ball 16第25-75页
    2.1 Introduction and main results第25-31页
    2.2 Local existence of the solution to (2.1.1)-(2.1.2) with (2.1.3)第31-40页
    2.3 Some uniform weighted energy estimates for the problem (2.1.1)-(2.1.3) 31第40-56页
    2.4 The uniform global energy estimates for the problem (2.1.1)-(2.1.3).47第56-72页
    2.5 The proof of Theorem 2.1.1第72-75页
Chapter 3 Large time asymptotic behavior of the compressible Navier-Stokes Equations in partial Space-Periodic Domains 66第75-106页
    3.1 Introduction and main results第75-80页
    3.2 Some analysis on the homogeneous linearized problem of (3.1.3)第80-82页
    3.3 The global existence of the solution to the auxiliary problem (3.1.7)第82-92页
    3.4 Some decay properties of the solution u(t, z) to (3.1.3) for z∈T×R~2第92-98页
    3.5 Large-time behavior of the solution to (3.1.7) and the proof of Theorem 3.1.1第98-102页
    3.6 The proofs of Theorem 3.1.2 and Theorem 3.1.3第102-106页
Chapter 4 Stability and Large time behavior of the compressible flow in the domain between two coaxial cylinders 97第106-133页
    4.1 Introduction and main results第106-111页
    4.2 The resolvent problem and the estimates of the lower frequency part第111-124页
    4.3 The proof of Theorem 4.1.1第124-131页
    4.4 The proof of Theorem 4.1.3第131-133页
Bibliography第133-138页
致谢第138-140页
论文情况第140-141页

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