Dissertation
Dissertation > Mathematical sciences and chemical > Mathematics > Mathematical Analysis > Differential equations, integral equations > Differential difference equations

Solving Differential Difference Equations Lee symmetry geometric method

Author LiHongJing
Tutor WuKe
School Capital Normal University
Course Basic mathematics
Keywords Lee symmetry 21 -dimensional Toda equation Inhomogeneous Toda equation
CLC O175.7
Type Master's thesis
Year 2008
Downloads 62
Quotes 2
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Lie transformation group approach is to study the symmetry of differential equations and find an effective analytical tool. Harrison and Estabrook gives a geometric method is used to get the symmetry of differential equations , the method is the use of exterior differential forms and Lie derivatives for research . How to solve differential - difference equations symmetry in recent years has been much concern , in this paper, we will help put discrete Harrison and Estabrook exterior differential geometric methods to promote applied to 21 -dimensional Toda equations and non- Toda equations , etc. homogeneous differential - differential equations Lee symmetry analysis .

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