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- W907384749 abstract "The Lobatto discrete variable representation (LDVR) proposed by Manoloupolos and Wyatt (1988) has unique features but has not been generally applied in the field of chemical dynamics. Instead, it has popular application in solving atomic physics problems, in combining with the finite element method (FE-DVR), due to its inherent abilities for treating the Coulomb singularity in spherical coordinates. In this work, an efficient phase optimisation and variable mapping procedure is proposed to improve the grid efficiency of the LDVR/FE-DVR method, which makes it not only be competing with the popular DVR methods, such as the Sinc-DVR, but also keep its advantages for treating with the Coulomb singularity. The method is illustrated by calculations for one-dimensional Coulomb potential, and the vibrational states of one-dimensional Morse potential, two-dimensional Morse potential and two-dimensional Henon–Heiles potential, which prove the efficiency of the proposed scheme and promise more general applications of the LDVR/FE-DVR method." @default.
- W907384749 created "2016-06-24" @default.
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- W907384749 date "2015-09-01" @default.
- W907384749 modified "2023-09-23" @default.
- W907384749 title "An improved Lobatto discrete variable representation by a phase optimisation and variable mapping method" @default.
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- W907384749 cites W1657589180 @default.
- W907384749 cites W1966353511 @default.
- W907384749 cites W1966702069 @default.
- W907384749 cites W1967020777 @default.
- W907384749 cites W1968978213 @default.
- W907384749 cites W1969291986 @default.
- W907384749 cites W1969843460 @default.
- W907384749 cites W1976385851 @default.
- W907384749 cites W1980144623 @default.
- W907384749 cites W1982135021 @default.
- W907384749 cites W1983746406 @default.
- W907384749 cites W1986650355 @default.
- W907384749 cites W1992951125 @default.
- W907384749 cites W1998126383 @default.
- W907384749 cites W2000348502 @default.
- W907384749 cites W2007363807 @default.
- W907384749 cites W2012149178 @default.
- W907384749 cites W2014892530 @default.
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- W907384749 cites W2016798679 @default.
- W907384749 cites W2020017746 @default.
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- W907384749 cites W2024536855 @default.
- W907384749 cites W2025548596 @default.
- W907384749 cites W2026147151 @default.
- W907384749 cites W2032565958 @default.
- W907384749 cites W2032746802 @default.
- W907384749 cites W2036562763 @default.
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- W907384749 doi "https://doi.org/10.1016/j.chemphys.2015.07.009" @default.
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