2012Journal of Jiangxi Normal UniversityRequires access

The Growth of Solutions for a Class Higher Order Linear Differential Equations

YI Cai-feng

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Abstract

By using the fundamental theory and method of Nevanlinna,the growth of solutions of the homogeneous linear differential equation f(k)+Ak-1fk-1+…+Af= 0and non-homogeneous linear differential equation was inves-tigated.Assuming some As(1 ≤s≤k-1) is entire functions with a finite deficient value,it was proved that every so-lution f■0 of the homogeneous differential equation has infinite order.Furthermore,the solutions f■0 of non-homogeneous linear differential equation have the same property except for an extra solution.

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By using the fundamental theory and method of Nevanlinna,the growth of solutions of the homogeneous linear differential equation f(k)+Ak-1fk-1+…+Af= 0and non-homogeneous linear differential equation was inves-tigated.Assuming some As(1 ≤s≤k-1) is entire functions with a finite deficient value,it was proved that every so-lution f■0 of the homogeneous differential equation has infinite order.Furthermore,the solutions f■0 of non-homogeneous linear differential equation have the same property except for an extra solution.

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Available abstract

By using the fundamental theory and method of Nevanlinna,the growth of solutions of the homogeneous linear differential equation f(k)+Ak-1fk-1+…+Af= 0and non-homogeneous linear differential equation was inves-tigated.Assuming some As(1 ≤s≤k-1) is entire functions with a finite deficient value,it was proved that every so-lution f■0 of the homogeneous differential equation has infinite order.Furthermore,the solutions f■0 of non-homogeneous linear differential equation have the same property except for an extra solution.

Key concepts: Homogeneous differential equation, Mathematics, Homogeneous, Linear differential equation, Differential equation, Mathematical analysis, Order (exchange), Universal differential equation

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