DFT and DFT-D calculations have been carried out on several chemical systems, ranging from molecules to crystalline polymers, bulk graphite, self-assembled phases of large molecules on metal surfaces and small molecules absorbed in porous organic-inorganic materials. Joining insights from calculations with experimental outcomes, the structural and electronic behavior of complex chemical systems have been described and explained, allowing a deeper understanding of the studied phenomena. Thanks to the implementation of a correction scheme to DFT, allowing the effective treatment of dispersion forces in materials, accurate calculations on previously unaffordable problems have been performed at a reasonable computational effort. This allowed...
Grimme’s DFT-D dispersion contribution to interatomic forces constants, required for the computation...
Microporous materials, such as zeolites [1], receive continuously strong attention from the scientif...
Resumen del trabajo presentado al JSOL CAE Forum, celebrado en Tokyo del 6 al 8 de noviembre de 2019...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
AbstractIn this article techniques for including dispersion interactions within density functional t...
The method of dispersion correction as an add-on to standard Kohn-Sham density functional theory (DF...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
Polarizabilities and London dispersion forces are important to many chemical processes. Leading term...
International audienceThe self-assembly of organic molecules (octylamine) is studied by means of per...
Thanks to a rapid increase in the computational power of modern CPUs, computational methods have bec...
Thanks to a rapid increase in the computational power of modern CPUs, computational methods have bec...
Thanks to a rapid increase in the computational power of modern CPUs, computational methods have bec...
ABSTRACT: Recent developments in density functional theory (DFT) methods applicable to studies of la...
Grimme’s DFT-D dispersion contribution to interatomic forces constants, required for the computation...
Microporous materials, such as zeolites [1], receive continuously strong attention from the scientif...
Resumen del trabajo presentado al JSOL CAE Forum, celebrado en Tokyo del 6 al 8 de noviembre de 2019...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
AbstractIn this article techniques for including dispersion interactions within density functional t...
The method of dispersion correction as an add-on to standard Kohn-Sham density functional theory (DF...
A semiempirical addition of dispersive forces to conventional density functionals (DFT-D) has been i...
Polarizabilities and London dispersion forces are important to many chemical processes. Leading term...
International audienceThe self-assembly of organic molecules (octylamine) is studied by means of per...
Thanks to a rapid increase in the computational power of modern CPUs, computational methods have bec...
Thanks to a rapid increase in the computational power of modern CPUs, computational methods have bec...
Thanks to a rapid increase in the computational power of modern CPUs, computational methods have bec...
ABSTRACT: Recent developments in density functional theory (DFT) methods applicable to studies of la...
Grimme’s DFT-D dispersion contribution to interatomic forces constants, required for the computation...
Microporous materials, such as zeolites [1], receive continuously strong attention from the scientif...
Resumen del trabajo presentado al JSOL CAE Forum, celebrado en Tokyo del 6 al 8 de noviembre de 2019...