On 29/12/2011 9:43 PM, michael zhenin wrote:
Hello,
I would like to run a simulation using the shell option.
I tried to restraint solvent molecules which were found within the
range of 5-10 angstroms from the box center. I couldn't find any
way to do so. I didn't find any inf
Hello,
I would like to run a simulation using the shell option.
I tried to restraint solvent molecules which were found within the range
of 5-10 angstroms from the box center. I couldn't find any way to do
so. I didn't find any information about this topic anywhere else
i.e. GROMACS manual, onlin
far away from the core to
get effective polarization.
Shuangxing Dai
- Original Message - From: "David van der Spoel"
To: "Discussion list for GROMACS users"
Sent: 13 April, 2009 11:15 AM
Subject: Re: [gmx-users] shell molecular dynamics
Shuangxing Dai wrote:
H
is
the problem.
Shuangxing Dai
- Original Message -
From: "David van der Spoel"
To: "Discussion list for GROMACS users"
Sent: 13 April, 2009 11:15 AM
Subject: Re: [gmx-users] shell molecular dynamics
Shuangxing Dai wrote:
Hi, all,
I am doing shell molecular
Shuangxing Dai wrote:
Hi, all,
I am doing shell molecular dynamics and I have read the sw.itp. Now my
question is:
1. For the shell "atom", what element should be used in .pdb file, since
the 77-78th digits of pdb file is element symbol ?
Anything you like. Gromacs does not use this informa
Hi, all,
I am doing shell molecular dynamics and I have read the sw.itp. Now my
question is:
1. For the shell "atom", what element should be used in .pdb file, since the
77-78th digits of pdb file is element symbol ?
2. What does the 1 in [ polarization ] part mean in sw.itp?
3. Is it reasonab
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