[HTML][HTML] The linear symmetries of Hill's lunar problem

C Aydin - Archiv der Mathematik, 2023 - Springer
A symmetry of a Hamiltonian system is a symplectic or anti-symplectic involution which
leaves the Hamiltonian invariant. For the planar and spatial Hill lunar problem, four resp …

The linear symmetries of Hill's lunar problem.

C Aydin - Archiv der Mathematik, 2023 - search.ebscohost.com
A symmetry of a Hamiltonian system is a symplectic or anti-symplectic involution which
leaves the Hamiltonian invariant. For the planar and spatial Hill lunar problem, four resp …

The linear symmetries of Hill's lunar problem

C Aydin - Archiv der Mathematik. Archives of mathematics …, 2023 - pubmed.ncbi.nlm.nih.gov
A symmetry of a Hamiltonian system is a symplectic or anti-symplectic involution which
leaves the Hamiltonian invariant. For the planar and spatial Hill lunar problem, four resp …

[HTML][HTML] The linear symmetries of Hill's lunar problem

C Aydin - Archiv Der Mathematik. Archives of Mathematics …, 2023 - ncbi.nlm.nih.gov
A symmetry of a Hamiltonian system is a symplectic or anti-symplectic involution which
leaves the Hamiltonian invariant. For the planar and spatial Hill lunar problem, four resp …

The linear symmetries of Hill's lunar problem

C Aydin - Archiv der Mathematik. Archives of mathematics …, 2023 - europepmc.org
A symmetry of a Hamiltonian system is a symplectic or anti-symplectic involution which
leaves the Hamiltonian invariant. For the planar and spatial Hill lunar problem, four resp …

The linear symmetries of Hill's lunar problem.

C Aydin - Archiv der Mathematik. Archives of mathematics …, 2023 - europepmc.org
A symmetry of a Hamiltonian system is a symplectic or anti-symplectic involution which
leaves the Hamiltonian invariant. For the planar and spatial Hill lunar problem, four resp …