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A relationship between lambda-symmetries and first integrals for ordinary differential equations

机译:λ-对称与普通微分方程的第一积分关系

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In this paper, we provide some geometric properties of lambda -symmetries of ordinary differential equations using vector fields and differential forms. According to the corresponding geometric representation of lambda -symmetries, we conclude that first integrals can also be derived if the equations do not possess enough symmetries. We also investigate the properties of lambda -symmetries in the sense of the deformed Lie derivative and differential operator. We show that lambda -symmetries have the exact analogous properties as standard symmetries if we take into consideration the deformed cases.
机译:在本文中,我们使用载体场和差异形式提供普通微分方程的λ-mmetries的一些几何特性。 根据Lambda-ymmetries的相应几何表示,我们得出结论,如果方程不具有足够的对称性,也可以导出第一积分。 我们还在变形的谎言衍生和差动算子的意义上调查了Lambda-usymetries的性质。 如果我们考虑到变形案件,我们表明Lambda-ymmetries将具有精确的类似属性作为标准对称性。

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