Thermal Energy Engineering Lab

JP / EN

TEACHING > Molecular Dynamics and Nanotechnology

Molecular Dynamics and Nanotechnology (Graduate level, A1A2 term)

Time: Tuesday (13:00~14:45)
Place:Engineering Bldg. 2, Room 222
Lecturer: Profs Maruyama, Shiomi, Chiashi

Date Lecturer MD/Nanotech Contents
1 9/24 Maruyama Nanotech Nanomaterial and Nanotechnology
2 10/1 Maruyama Nanotech Synthesis of nanomaterials
3 10/8 Maruyama Nanotech Application of nanomaterials
4 10/15 Xiang Nanotech Electron microscopy of nanomaterials
[Link to SimulaTEM]
5 10/29 Matsuo Nanotech Next generation solar cells using nanomaterials
6 11/5 Chiashi Nanotech Optical properties of nanomaterials
7 11/12 Chiashi Nanotech Spectroscopy of nanomaterials
8 11/19 Kodama Nanotech Nanoscale heat transport #2, Nanoscale thermal conductivity measurement
9 11/26 Shiomi MD MD Fundamentals 1: Potential function, Equation of motion, Initial & boundary conditions, ensembles.
10 12/3 Shiomi MD MD Practice 1: Simple equilibrium MD calculation, Realizing ensembles
11 12/10 Shiga MD MD Fundamentals 2: Calculation and control of static thermophysical properties (Energy, Temperature, Virial, Chemical potential etc)
12 12/17 Shiga MD MD Practice 2:Transport properties(Diffusion,Thermal Conductivity,Shear
13 1/7 Uchida Nanotech Spin caloritronics 1
14 1/14 Uchida Nanotech Spin caloritronics 2


Lecture Materials

step4b.c
step4b_xyz.c
Link to pvwin (http://www.photon.t.u-tokyo.ac.jp/~maruyama/pvwin/pvwin-j.html)
Link to VMD (http://www.ks.uiuc.edu/Research/vmd/)
HW1.pdf
step7b.c
step7b_xyz.c
step.dat(input file for step7b.c and step7b_xyz.c)
NEMD.zip
Final Report