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Reactive scattering, wavepacket theory computation

Exciting new developments, not discussed in the review are the extension of time-dependent wavepacket reactive scattering theory to full dimensional four-atom systems [137,199-201], the adaptation of the codes to use the power of parallel computers [202], and the development of new computational techniques for acting with the Hamiltonian operator on the wavepacket [138]. [Pg.284]

See other pages where Reactive scattering, wavepacket theory computation is mentioned: [Pg.250] [Pg.251] [Pg.279] [Pg.280] [Pg.169] [Pg.170] [Pg.169] [Pg.170] [Pg.42]

See also in sourсe #XX -- [ Pg.267 , Pg.268 , Pg.269 , Pg.270 , Pg.271 , Pg.272 , Pg.273 , Pg.274 ]

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Computation theory

Reactive scattering

Reactive scattering, wavepacket

Reactive scattering, wavepacket theory

Wavepacket

Wavepacket theory

Wavepacket theory computation

Wavepackets

Wavepackets theory