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Time correlation function and average energy of molecules in presence of Deng-Fan potential in a moving boundary
[post]
2022
unpublished
Preserved Fulltext
For the Deng-Fan potential within a moving boundary condition, the time-dependent Schrödinger equation is considered analytically. The eigenvalue equation is solved by using a combination of Pekeris and Greene-Aldrich approximations. Various time-dependent quantities including density distribution function, auto-correlation function, disequilibrium, average energy, quantum similarity, quantum similarity index are obtained for selected eight diatomic molecules. The motion of the peak of soliton
doi:10.21203/rs.3.rs-1468763/v1
fatcat:pd7rortswnebbefdmqofvhltka