Add to ORKGAbstract. We give conditions on the coefficients of equation (1.1) below which guarantee that every solution of (1.1) has infinite order. We also show that if the coefficients of (1.1) satisfy certain growth conditions, then any finite order solution of (1.1) satisfies certain corresponding growth conditions. Several examples are given to illustrate the results
The main purpose of this article is to investigate the growth of meromorphic solutions to homogeneou...
Abstract. Let ρ(A) and ρ(B) denote the orders of entire functions A(z) and B(z) respectively. Suppos...
Abstract. This paper presents necessary and sufficient conditions for an n-th order differential equ...
In this paper we will investigate the growth of solutions of certain class of nonhomogeneous linear ...
This paper is devoted to studying growth of solutions of linear differential equations of type f(k)+...
In this paper, we investigate the growth of solutions of the differential equation $$ f^{(k)}+A_{k-1...
The homogeneous higher order complex linear differential equations (n-thCLDEs) with entire functions...
summary:This paper is devoted to studying the growth and oscillation of solutions and their derivati...
AbstractIn this paper, we prove a theorem on the regular growth of the solutions of a linear differe...
AbstractNecessary and sufficient conditions for the analytic coefficients of the complex linear diff...
summary:In this paper we discuss the growth of solutions of the higher order nonhomogeneous linear d...
Guizhou Normal University [LKS [2012] 12]; National Natural Science Foundation of China [11171080, 1...
AbstractIn this paper we give conditions on the existence of entire solutions of second order linear...
This paper is devoted to studying the growth of solutions of the higher order nonhomogeneous linear ...
Standard textbooks in introductory differential equations (see [1], [2], [3], [4], [5]) expose the s...
The main purpose of this article is to investigate the growth of meromorphic solutions to homogeneou...
Abstract. Let ρ(A) and ρ(B) denote the orders of entire functions A(z) and B(z) respectively. Suppos...
Abstract. This paper presents necessary and sufficient conditions for an n-th order differential equ...
In this paper we will investigate the growth of solutions of certain class of nonhomogeneous linear ...
This paper is devoted to studying growth of solutions of linear differential equations of type f(k)+...
In this paper, we investigate the growth of solutions of the differential equation $$ f^{(k)}+A_{k-1...
The homogeneous higher order complex linear differential equations (n-thCLDEs) with entire functions...
summary:This paper is devoted to studying the growth and oscillation of solutions and their derivati...
AbstractIn this paper, we prove a theorem on the regular growth of the solutions of a linear differe...
AbstractNecessary and sufficient conditions for the analytic coefficients of the complex linear diff...
summary:In this paper we discuss the growth of solutions of the higher order nonhomogeneous linear d...
Guizhou Normal University [LKS [2012] 12]; National Natural Science Foundation of China [11171080, 1...
AbstractIn this paper we give conditions on the existence of entire solutions of second order linear...
This paper is devoted to studying the growth of solutions of the higher order nonhomogeneous linear ...
Standard textbooks in introductory differential equations (see [1], [2], [3], [4], [5]) expose the s...
The main purpose of this article is to investigate the growth of meromorphic solutions to homogeneou...
Abstract. Let ρ(A) and ρ(B) denote the orders of entire functions A(z) and B(z) respectively. Suppos...
Abstract. This paper presents necessary and sufficient conditions for an n-th order differential equ...