Hydrogen storage

1
Hydrogen storage
Different approaches(results consistent with
other numerical results)
Three tubes,T77
Single tube,T265
Three tubes,T265
Physisorption Results suggest that tubes should
be kept mechanically separated.
After simulation
Storage inside nanotube Potentially very
effective (Here at 14.3wt). Interesting flow
dynamics issues at ends.
After simulation
After simulation
Chemisorption inside and outside tube inside is
not stable but outside is stable
After 15ps isothermal simulation
At the beginning(5,5) d7.82A
2
Hydrogen storage
Mechanical approaches towards adsorption and
desorption
B
A
C
D
E
3
Hydrogen storage
Smashing nanotubes into hydrogen molecular at
high speed
(Van der Waals force is ignored)