Converting Aziz potential for He-He to lj/cut family

Dear LAMMPS experts and users,

I want to convert the following command to a similar case where I can use lj/cut (family) since I could not find “aziz” potential in LAMMPS;

pair_style aziz 10.0

pair_coeff * * aziz 0.000944079 186924.404 3.56155 -0.2358 4.26842 924.657 2500.69 9106.91 2.9683 10.0
(aziz ; http://www.tandfonline.com/doi/abs/10.1080/00268978700101941)

I studied its original paper and tried to make a connection between lj/cut formula and aziz(HFD-B form), but I got nowhere.
Can you give me any recommendation?

Dear LAMMPS experts and users,

I want to convert the following command to a similar case where I can use
lj/cut (family) since I could not find "aziz" potential in LAMMPS;

pair_style aziz 10.0
pair_coeff * * aziz 0.000944079 186924.404 3.56155 -0.2358 4.26842
924.657 2500.69 9106.91 2.9683 10.0
(aziz ; http://www.tandfonline.com/doi/abs/10.1080/00268978700101941)

I studied its original paper and tried to make a connection between lj/cut
formula and aziz(HFD-B form), but I got nowhere.
Can you give me any recommendation?

check out: LAMMPS Molecular Dynamics Simulator
and also have a look at: LAMMPS Molecular Dynamics Simulator
via https://openkim.org/

the former works for all pairwise additive potentials, but you have to
write (and validate!!!) a program that builds a suitably accurate
table, the latter in particular has a large library of atomistic
potentials. perhaps there is something suitable for your needs, even
if not the exact same potential you are looking for.

axel.