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The Properties of Solutions of Linear Differential Equations in Complex Domain

ABSTRACT第4页
摘要第5-8页
CHAPTER第8页
Ⅰ. Introduction第8-14页
    1.1 The history and methods of complex linear differential equations第8-11页
    1.2 The outline of properties of solutions of complex linear differential equations第11-14页
Ⅱ. The Zero Distribution of Solutions of Second Order Linear Differential Equations in Angular Domain第14-41页
    2.1 Basic definitions and preliminaries第14-17页
    2.2 Relationship between σ(Ω(α,β),g) and ρ(Ω(α,β),9)第17-21页
    2.3 The properties of characteristic function in an angular domain第21-26页
    2.4 The zeros distribution of solutions of second order linear differential equations第26-41页
Ⅲ. The Zero Distribution of Solutions of Higher Order Linear Differential Equations in Angular Domain第41-51页
    3.1 The zeros distribution of solutions of higher order linear differential equations第41-48页
    3.2 The relation between a cluster ray of zeros and Borel direction第48-51页
Ⅳ. Representations of Subnormal Solutions of Linear Differential Equations with Periodic Coefficients第51-89页
    4.1 Subnormal solutions of f″+P_1(e~z)f′+P_2(e~z)f=0第51-56页
    4.2 Subnormal solutions of f″+P_1(e~z)f′+P_2(e~z)f′=R_1(e~z)+R_2(e~(-z))第56-57页
    4.3 Subnormal solutions of f″+[P_1(e~z)+Q_1(e~(-z))]f′+[P_2(e~z)+Q_2(e~(-z))]f=0第57-67页
    4.4 Subnormal solutions of f″+[P_1(e~z)+Q_1(e~(-z))]f′+[P_2(e~z)+Q_2(e~(-z))]f=R_1(e~z)+R_2(e~(-z))第67-85页
    4.5 Subnormal solutions of f~((n))+[P_(n-1)(e~z)+Q_(n-1)(e~(-z))]f~((n-1))+…+[P_1(e~z)+Q_1(e~(-z))]f′+[P_0(e~z))+Q_0(e~(-z))]f=R_1(e~z)+R_2(e~(-z))第85-87页
    4.6 Examples Satisfying the Theorems第87-89页
Ⅴ. Perturbation Results of Second Order Linear Differential Equations with Periodic Coefficients第89-105页
    5.1 Properties of e-type order and e-type exponent of convergence of zeros第89-92页
    5.2 Nevanlinna characteristic functions in |z|>R_0第92-93页
    5.3 The properties of f″+A(z)f=0第93-94页
    5.4 The perturbation results of f″+{Ⅱ(z)+A(z)}f=0第94-95页
    5.5 The perturbation results of f″+Ⅱ(z)A(z)f=0第95-103页
    5.6 The perturbation results of f″+{Ⅱ(z)A(z)+exp(P(e~z))}f=0第103-105页
BIBLIOGRAPHY第105-110页
ACKNOWLEDGEMENTS第110-111页

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