Carbon Cluster Simulations

Rebecca Powles

ph: 9351 7645

References

Reading related to cluster deposition

2.5 g/cc 1441 atom clusters onto amorphous substrate

All depositions are onto a 2.25 g/cc amorphous substrate generated by liquid quenching.

Energy
[eV]
Last Frame Movie Cluster coordination
with time
3 Click to play (.mov) file Click to view (.eps) file

2.0 g/cc 4752 atom clusters (approximately 4.5 nm diameter)

All depositions are onto a diamond substrate consisting of 93312 atoms. Only the first few atomic layers of the substrate are shown in the movies.

Energy
[eV]
Last Frame Movie Cluster coordination
with time
0.75 Click to play (.mov) file Click to view (.eps) file
1.5 Click to play (.mov) file Click to view (.eps) file
2.0 Click to play (.mov) file Click to view (.eps) file
5.0 Click to play (.mov) file Click to view (.eps) file

2.5 g/cc 1441 atom clusters (approximately 2.8 nm diameter)

All depositions are onto a diamond substrate consisting of 23120 atoms. Only the first few atomic layers of the substrate are shown in the movies.

Energy
[eV]
Last Frame Movie Cluster coordination
with time
0.25 Click to play (.mov) file Click to view (.eps) file
0.5 Click to play (.mov) file Click to view (.eps) file
1.0 Click to play (.mov) file Click to view (.eps) file
2.0 Click to play (.mov) file Click to view (.eps) file
3.0 Click to play (.mov) file Click to view (.eps) file
5.0 Click to play (.mov) file Click to view (.eps) file
7.0 Click to play (.mov) file Click to view (.eps) file
9.0 Click to play (.mov) file Click to view (.eps) file

R.Powles@physics.usyd.edu.au

Last modified: 12 September 2008