Towards the Description of van der Waals Interactions within Density Functional Theory
Author(s)
Lein, M
Dobson, JF
Gross, EKU
Griffith University Author(s)
Year published
1999
Metadata
Show full item recordAbstract
On the basis of the adiabatic connection formula we propose several approximations for the total correlation energy functional, which, in the limit of two separated neutral subsystems, correctly reproduce the van der Waals R−6 behavior. We have calculated the corresponding van der Waals coefficients as well as total correlation energies, thus demonstrating the feasibility of a “seamless” functional.On the basis of the adiabatic connection formula we propose several approximations for the total correlation energy functional, which, in the limit of two separated neutral subsystems, correctly reproduce the van der Waals R−6 behavior. We have calculated the corresponding van der Waals coefficients as well as total correlation energies, thus demonstrating the feasibility of a “seamless” functional.
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Journal Title
Journal of Computational Chemistry
Volume
20
Issue
1
Subject
Physical chemistry
Theoretical and computational chemistry
Nanotechnology