Particular Solutions to a Kind of Matrix Ordinary Differential Equation
HE Pei-ting
Abstract
HE Pei-ting
Abstract
Based on differential equations theory and matrix theory,and by the method of undermined matrix and column comparison,the paper is devoted to provide a particular solution of finding a kind of systems of three-dimensional second order differential equations with constant coefficients.And the non-homogeneous terms of differential equations are the form of quadratic polynomial multiplied by exponential function.Two special caseses are discussed in detail.For example,the particular solution formulas are validated.The results presented in the paper are generalization of previous works done by the authors of the paper,thus griving a foundation for the study of the method of solve on differential equations.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Based on differential equations theory and matrix theory,and by the method of undermined matrix and column comparison,the paper is devoted to provide a particular solution of finding a kind of systems of three-dimensional second order differential equations with constant coefficients.And the non-homogeneous terms of differential equations are the form of quadratic polynomial multiplied by exponential function.Two special caseses are discussed in detail.For example,the particular solution formulas are validated.The results presented in the paper are generalization of previous works done by the authors of the paper,thus griving a foundation for the study of the method of solve on differential equations.
Key concepts: Mathematics, Matrix exponential, Homogeneous differential equation, Integrating factor, Differential equation, Matrix (chemical analysis), Generalization, Exact differential equation