Dear Amin,
It is possible to calculate radius of isolated atom/ion using Multiwfn based on isosurface of rho=0.001 a.u., however this is not directly applicable to atoms in molecular environment.
Best,
Tian
Dear Tian,
Can some sort of on-the-fly optimization of atomic radii in a way to give the highest overlap between the generated vdW surfaces using those radii and calculated basins, be a potential solution?
I would highly appreciate your comments on that.
Best,
Amin
It is possible to calculate radius of isolated atom/ion using Multiwfn based on isosurface of rho=0.001 a.u., however this is not directly applicable to atoms in molecular environment.
Multiwfn is able to calculate volume (V) of atoms in a molecule, if you simply assume that V=4/3*pi*r^3, then the (effective) radius (r) may be estimated.
Best,
Tian
]]>Dear Amin Alibakhshi,
I don't well understand your problem. AIM doesn't provide an unambiguous definition of atomic radius and surface.
Best,
Tian
thanks a lot prof. Lu for your response. I had read some papers which used AIM to compute atomic radii but I cannot find them. Apart from using AIM, can Multiwfn somehow give a quantum mechanically computed estimation of atomic radii? I heard it is possible but I cannot find much details on it in the manual.
Best,
Amin
I don't well understand your problem. AIM doesn't provide an unambiguous definition of atomic radius and surface.
Best,
Tian
]]>