On 28/01/2011 4:25 AM, WU Yanbin wrote:
Dear GMXers,
I would like to reproduce the water droplet contact angle on graphite
surface, as in Werder, T.; Walther, J. H.; Halicioglu, T.;
Koumoutsakos, P. /J. Phys. Chem. B/ *2003*, /107/, 1345-1352.
The box size is 20nm by 20nm by 30nm. Graphite i
Dear GMXers,
I would like to reproduce the water droplet contact angle on graphite
surface, as in Werder, T.; Walther, J. H.; Halicioglu, T.; Koumoutsakos, P.
*J. Phys. Chem. B* *2003*, *107*, 1345-1352.
The box size is 20nm by 20nm by 30nm. Graphite is represented by a two-layer
carbon sheet. Af
Cherry Y. Yates wrote:
Dear Gromacs users and developers,
I am studying a system consisting of six molecules (3 groups). I would like to
keep the center-of-mass motion of each molecule with the system having zero
center-of-mass motion. So I set comm_mode=Linear. In the simulation,
immediately th
Dear Gromacs users and developers,
I am studying a system consisting of six molecules (3 groups). I would like to
keep the center-of-mass motion of each molecule with the system having zero
center-of-mass motion. So I set comm_mode=Linear. In the simulation,
immediately the center-of-mass motion o
Jian Dai wrote:
Hello, everyone:
I have a system which is composed of a lipid bilayer and water layers
upon each monolayers.
Now the problem is that after the simulation, the lipid bilayer shift
upward inside the simulation box , and makes the upper water layer
thinner, while the lower water
Hello, everyone:
I have a system which is composed of a lipid bilayer and water layers upon
each monolayers.
Now the problem is that after the simulation, the lipid bilayer shift upward
inside the simulation box , and makes the upper water layer thinner, while
the lower water layer thicker.
In md
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