For the long range correction of heterogeneous systems

Dear developers,
At present, we plan to modeling the vapor-liquid interfaces to obtain the surface properties, like surface tension, etc. However lammps does not offer the long range correction (Janeček, J. (2006). “Long Range Corrections in Inhomogeneous Simulations.” The Journal of Physical Chemistry B 110(12): 6264-6269.) for such systems. Could you please consider also this correction in the new lammps versions or just give some tips to me if I have do it by ourself?

Thanks!

Regards,
Guanjia.

Dear developers,
         At present, we plan to modeling the vapor-liquid interfaces to
obtain the surface properties, like surface tension, etc. However lammps
does not offer the long range correction (Janeček, J. (2006). "Long Range
Corrections in Inhomogeneous Simulations." The Journal of Physical Chemistry
B 110(12): 6264-6269.) for such systems. Could you please consider also this
correction in the new lammps versions or just give some tips to me if I have
do it by ourself?

http://lammps.sandia.gov/doc/Section_modify.html

Dear developers,
         At present, we plan to modeling the vapor-liquid interfaces to
obtain the surface properties, like surface tension, etc. However lammps
does not offer the long range correction (Janeček, J. (2006). "Long Range
Corrections in Inhomogeneous Simulations." The Journal of Physical Chemistry
B 110(12): 6264-6269.) for such systems. Could you please consider also this
correction in the new lammps versions or just give some tips to me if I have
do it by ourself?

you may also want to consider using pppm/disp or ewald/disp for an
even more rigorous treatment of long-range interactions.

axel.