<div>Hi,</div>
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<div>This is a question regarding the NVT MD simulation of a polar liquid, i.e. a molecular fluid with a dipole moment (e.g. water, nitromethane, etc.)</div>
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<div>When dealing with a polar slab, there are dipole corrections to consider. This comes from a net dipole moment. Is there a similar issue with the NVT MD simulation of a polar liquid? My co-works here (Army Research Lab) have told me that there are such issues with there classical (non-DFT) simulation but that the corrections become smaller as one increases the system size.
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<div>Does anyone no of such discussion at the DFT level which may be found in the literature?</div>
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<div>Bests,<br>-- <br>Nichols A. Romero, Ph.D.<br>1613 Denise Dr. Apt. D<br>Forest Hill, MD 21050<br>443-567-8328 (C)<br>410-306-0709 (O)<br> </div>