Would it be possible to get a Jupyter notebook (& the environment it was set up in), to calculate charge and second virial coefficient over salt & pH space? Similar to Figure 2 & 3 in your Faraday Discussions paper?
Kurut, Anıl, and Mikael Lund. "Solution electrostatics beyond pH: a coarse grained approach to ion specific interactions between macromolecules." Faraday discussions 160 (2013): 271-278.
We do not have a notebook for the 2013 paper, but for setting u a twobody simulation in a cylindrical geometry, see i.e. the twobody example in the separate repository:
Would it be possible to get a Jupyter notebook (& the environment it was set up in), to calculate charge and second virial coefficient over salt & pH space? Similar to Figure 2 & 3 in your Faraday Discussions paper?
Kurut, Anıl, and Mikael Lund. "Solution electrostatics beyond pH: a coarse grained approach to ion specific interactions between macromolecules." Faraday discussions 160 (2013): 271-278.