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It's beautiful to see things deeper!
This is great. Love to see it done for quarks too
Hi! Can I have the source code of the simulation? I am having a research on driven MD but I'm quite poor in programming.
Wonderful. Can you please share which software is used here for the MD Simulation?
which tool was used to perform simulation and visualization ? is the tool serial or supports parallelism ?
Can you please share which software is used here for the MD Simulation?
It's not a real time simulation. The simulation time is given and the whole process lasts for about 1.7 ps.
From Chem H
- ("don't they have to move more??? -it's a liquid at 300K")300K is only 80 degrees f, this seems pretty reasonable
Dosent water form h3o as the oxygen attracts the hydrogen to himself? Great video still, thank you
Not really. What you see (blue dotted line) is a temporary hydrogen bond and not a covalent hydrogen-water bond. Besides, the hydrogen is already attracted by the oxygen is connected to. :)
don't they have to move more??? - its a liquid at 300K.
It's beautiful to see things deeper!
This is great. Love to see it done for quarks too
Hi! Can I have the source code of the simulation? I am having a research on driven MD but I'm quite poor in programming.
Wonderful. Can you please share which software is used here for the MD Simulation?
which tool was used to perform simulation and visualization ?
is the tool serial or supports parallelism ?
Can you please share which software is used here for the MD Simulation?
It's not a real time simulation. The simulation time is given and the whole process lasts for about 1.7 ps.
From Chem H
- ("don't they have to move more??? -it's a liquid at 300K")
300K is only 80 degrees f, this seems pretty reasonable
Dosent water form h3o as the oxygen attracts the hydrogen to himself? Great video still, thank you
Not really. What you see (blue dotted line) is a temporary hydrogen bond and not a covalent hydrogen-water bond. Besides, the hydrogen is already attracted by the oxygen is connected to. :)
don't they have to move more??? - its a liquid at 300K.