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Noether's theorem of Hamiltonian systems with generalized fractional derivative operators

机译:具有广义分数导数算子的哈密顿系统的Noether定理

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摘要

In this paper, we present two “transfer formulas” for generalized fractional derivative operators, and derive a Noether type symmetry theorem of fractional Hamiltonian systems with generalized fractional derivative operators. As a result, we obtain constants of motion that are valid along Hamiltonian extremals for fractional derivatives. This theorem provides an explicit algorithmic way to compute a constants of motion for Hamiltonian systems with generalized fractional derivatives operator admitting a symmetry.
机译:在本文中,我们给出了广义分数导数算子的两个“传递公式”,并推导了具有广义分数导数算子的分数哈密顿系统的Noether型对称定理。结果,我们获得了沿分数阶导数沿哈密顿极值有效的运动常数。该定理提供了一种显式的算法方法,用于计算具有允许对称的广义分数导数算子的哈密顿系统的运动常数。

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