23:52

MD Simulation of Coarse-grained Benzene Molecules and Its Van Hove Function on GROMACS

09:28

Van Hove Function of PEO Chains from GROMACS

12:31

Forcefield Parameters and Simulations of PEO Chains on GROMACS

13:08

Initial Configuration of Polymer for MD Simulation

08:35

8. Green's Function of a Rigid Tube

13:52

6. Diffusion Equation and Green's Function (Part 1)

09:30

7. Diffusion Equation and Green's Function (Part 2)

13:22

5. 3D Diffusion Equation with Convection (Part 2)

12:29

4. 3D Diffusion Equation with Convection (Part 1)

08:32

3. 3D Diffusion Equation

07:58

2. 3D Fourier Transformation

14:06

1. Fourier Transformation

16:49

8. Diffusivity from Boltzmann Equation

26:04

5. Viscosity of a Polymer/ Polyatomic Molecule

26:57

4. Solution to the Equation of Motion of a Polymer

19:31

2. Dynamics of Polyatomic Molecules (Part 2)

09:41

3. Dynamics of Polyatomic Molecules (Part 3)

13:38

1. Dynamics of Polyatomic Molecules (Part 1)

44:39

7. Viscosity from Boltzmann Equation

05:43

11. Mass Flux, Pressure Tensor and Heat Flux from the Normal Solution (Part 2)

19:45

10. Mass Flux, Pressure Tensor and Heat Flux from the Normal Solution (Part 1)

06:53

Doing Basic Calculus on Maxima

11:44

6. First-order Solution of Boltzmann Equation (Part 2)

11:53

5. First-order Solution of Boltzmann Equation (Part 1)

24:59

4. Boltzmann Equation and Collision Integral (Part 2)

21:24

4. Collisions and Friction Coefficient (Part 3)

16:00

3. Collisions and Friction Coefficient (Part 2)

22:28

2. Collisions and Friction Coefficient (Part 1)

12:49

1. Langevin Dynamics of Ideal Gases

11:48

3. Boltzmann Equation and Collision Integral (Part 1)

15:47

9. Normal Solution of Boltzmann Equation (Part 2)

12:48

8. Normal Solution of Boltzmann Equation (Part 1)

34:55

7. Derivation of Conservation Laws from Boltzmann Equation (Part 3)

16:52

6. Derivation of Conservation Laws from Boltzmann Equation (Part 2)

16:35

5. Derivation of Conservation Laws from Boltzmann Equation (Part 1)

04:07

1. Vector, Tensor and Index Notation

26:22

2. Mass, Momentum and Energy Conservation Laws

16:30

Molecular dynamics simulation of benzene rings using GROMACS

14:06

Numerical solution to PDE

08:55

Plot a graph using Gnuplot and LaTeX

07:02

Electron tunneling model

00:21

Electron tunneling

12:38

Modelling of polymer surface by modified Cahn-Hilliard Equation

13:35

Calculation of transition state of HCN using PSI4

00:10

Transition state of malonaldehyde

00:10

Transition from HCN to HNC

00:03

Vibration of a water molecule based on calculation

07:56

Plot a vector field using python on Ubuntu (Cantonese)

00:11

Cooling of a hot metal bar