Product Code: ICAL09_P4

Laser-assisted Deposition of Good Carbon — From Diamond Films to Nanotubes (Plenary, 30 minutes)
Y.S. Zhou, -; -
H. Ling, -; -
Z.Q. Xie, -; -
W. Xiong, -; -
M. Mahjouri-Samani, -; -
Y. Gao, -; -
M. Mitchell, -; -
Yongfeng Lu, University of Nebraska - Lincoln; Lincoln NE USA
Presented at ICALEO 2009

Carbon materials of versatile structures, from diamond, graphite, carbon nanotube to graphene, exhibit distinct properties and find applications in different fields. Laser-assisted deposition methods were developed for growing materials with unparallel advantages, such as selective interaction, localized heating/interacting area, rapid non-equilibrium heating/cooling rate, and enhanced deposition rate, by making use of both thermal and photolytic effects. Here, we briefly introduce applications of laser-assisted deposition methods in depositing a vast diversity of carbons, including diamond, diamond-like carbon and carbon nanotubes, with high quality and superior controllability. The laser-assisted deposition approach was demonstrated to be a cost effective and highly efficient material preparation technique.

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