Jump to content

User contributions for Msk315

Results for Msk315 talk block log uploads logs

A user with 253 edits. Account created on 22 February 2016.

22:2022:20, 12 March 2018 diff hist +3,839 User:Msk315 →TASK: In the theoretical section at the beginning, the equation for the evolution of the position of a 1D harmonic oscillator as a function of time was given.
22:2022:20, 12 March 2018 diff hist +1,362 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
22:1922:19, 12 March 2018 diff hist +105 User:Msk315 →TASK: Use the trapezium rule to approximate the integral under the velocity autocorrelation function for the solid, liquid, and gas, and use these values to estimate D in each case.
22:1522:15, 12 March 2018 diff hist 0 User:Msk315 →TASK: Use the trapezium rule to approximate the integral under the velocity autocorrelation function for the solid, liquid, and gas, and use these values to estimate D in each case.
22:1322:13, 12 March 2018 diff hist +4 User:Msk315 →TASK: In the theoretical section at the beginning, the equation for the evolution of the position of a 1D harmonic oscillator as a function of time was given.
22:1222:12, 12 March 2018 diff hist +108 User:Msk315 →TASK: In the theoretical section at the beginning, the equation for the evolution of the position of a 1D harmonic oscillator as a function of time was given.
22:1222:12, 12 March 2018 diff hist 0 N File:C(t)versus timestep million.png No edit summary current
22:0322:03, 12 March 2018 diff hist +16 User:Msk315 →TASK: In the theoretical section at the beginning, the equation for the evolution of the position of a 1D harmonic oscillator as a function of time was given.
22:0222:02, 12 March 2018 diff hist 0 N File:C(t) versus timestep msk.png No edit summary current
22:0022:00, 12 March 2018 diff hist −115 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
21:5421:54, 12 March 2018 diff hist +25 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
21:5421:54, 12 March 2018 diff hist 0 N File:Diffcoeff gas million msk.png No edit summary current
21:5221:52, 12 March 2018 diff hist 0 N File:Diffcoeff liquid million msk.png No edit summary current
21:0221:02, 12 March 2018 diff hist 0 N File:Diffcoeff solid million msk.png No edit summary current
21:0121:01, 12 March 2018 diff hist +18 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
21:0121:01, 12 March 2018 diff hist 0 N File:Meansqdis million gas.png No edit summary current
21:0021:00, 12 March 2018 diff hist 0 N File:Meansqdis million liquid msk.png No edit summary current
20:5920:59, 12 March 2018 diff hist 0 N File:Meansqdis million solid.png No edit summary current
20:5720:57, 12 March 2018 diff hist +3 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
20:5720:57, 12 March 2018 diff hist 0 N File:Diffcoeff solid our simulation msk.png No edit summary current
20:5520:55, 12 March 2018 diff hist 0 N File:Diffcoeff liquid our simulation msk.png No edit summary current
20:5420:54, 12 March 2018 diff hist 0 N File:Diffcoeff gas our simulation msk.png No edit summary current
20:5120:51, 12 March 2018 diff hist 0 N File:Msd solid our simulation msk.png No edit summary current
20:5020:50, 12 March 2018 diff hist 0 N File:Msd liquid our simulation msk.png No edit summary current
20:4920:49, 12 March 2018 diff hist 0 N File:Msd gas our simulation msk.png No edit summary current
18:0818:08, 12 March 2018 diff hist +411 User:Msk315 →TASK: Use the trapezium rule to approximate the integral under the velocity autocorrelation function for the solid, liquid, and gas, and use these values to estimate D in each case.
17:1817:18, 12 March 2018 diff hist +277 User:Msk315 →TASK: Use the trapezium rule to approximate the integral under the velocity autocorrelation function for the solid, liquid, and gas, and use these values to estimate D in each case.
17:1717:17, 12 March 2018 diff hist 0 N File:Vacf integral our simulation msk.png No edit summary current
17:1517:15, 12 March 2018 diff hist 0 N File:Vacf integral million msk.png No edit summary current
17:0917:09, 12 March 2018 diff hist +143 User:Msk315 →TASK: In the theoretical section at the beginning, the equation for the evolution of the position of a 1D harmonic oscillator as a function of time was given.
17:0817:08, 12 March 2018 diff hist 0 N File:Vacf msk.png No edit summary current
16:2316:23, 12 March 2018 diff hist +1,504 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.

23:4723:47, 11 March 2018 diff hist +600 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
22:0922:09, 11 March 2018 diff hist +1 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
18:0818:08, 11 March 2018 diff hist +30 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
18:0718:07, 11 March 2018 diff hist +617 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
18:0718:07, 11 March 2018 diff hist 0 N File:Msd million solid.png No edit summary current
18:0518:05, 11 March 2018 diff hist 0 N File:Msd million gas msk.png No edit summary current
18:0418:04, 11 March 2018 diff hist 0 N File:Msd million liquid.png No edit summary current
17:5917:59, 11 March 2018 diff hist 0 N File:DC million liquid msk.png No edit summary current
17:5817:58, 11 March 2018 diff hist 0 N File:DC million gas msk.png No edit summary current
17:5517:55, 11 March 2018 diff hist 0 N File:DC million solid.png No edit summary current
17:5017:50, 11 March 2018 diff hist +192 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.

21:3421:34, 10 March 2018 diff hist +440 User:Msk315 →TASK: When each is complete, download the trajectory and calculate g(r) and \int g(r)\mathrm{d}r.
21:3221:32, 10 March 2018 diff hist 0 N File:3rd coordination sphere 24.PNG No edit summary current
21:3121:31, 10 March 2018 diff hist 0 N File:2nd coordination sphere 6 msk.PNG No edit summary current
21:2721:27, 10 March 2018 diff hist 0 N File:1st coordination shell 12 CN.PNG No edit summary current
21:2321:23, 10 March 2018 diff hist −28 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
21:2121:21, 10 March 2018 diff hist +345 User:Msk315 →TASK: make a plot for each of your simulations (solid, liquid, and gas), showing the mean squared displacement (the "total" MSD) as a function of timestep.
21:2121:21, 10 March 2018 diff hist 0 N File:Diffusion coefficient solid msk.png No edit summary current

Retrieved from "https://chemwiki.ch.ic.ac.uk/wiki/Special:Contributions/Msk315"