On 8/12/2011 3:21 PM, Surya Prakash Tiwari wrote:
Thanks Mark for the reply. I didn't find anything in AMBER manual. I
emailed the author of that paper.
I have one more question:
Whether /charged system correction term/
(-(1/(8*epsilon_0*kappa^2*L^3))*(Sum over q^2)) has been implemented
in
Thanks Mark for the reply. I didn't find anything in AMBER manual. I
emailed the author of that paper.
I have one more question:
Whether *charged system correction
term*(-(1/(8*epsilon_0*kappa^2*L^3))*(Sum over q^2)) has been
implemented in the
PME implementation of Gromacs.
I am talking about t
On 7/12/2011 11:31 AM, Surya Prakash Tiwari wrote:
Dear Gromacs users,
I am simulating a charged system with periodic boundary conditions. My
system has 506 water molecules and one ion.
I am trying to calculate the free energy of an ion.
I do not want to use any counter-ions to neutralize the sy
Dear Gromacs users,
I am simulating a charged system with periodic boundary conditions. My
system has 506 water molecules and one ion.
I am trying to calculate the free energy of an ion.
I do not want to use any counter-ions to neutralize the system,
because I don't have force-field between my ion
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