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SINCE the discovery of a simple graphite-arc method which can produce grams of C_(60), the growth of high quality C_(60) films on various substrates has been one of the main subjects for fullerene research. It is reported that the growth behavior of C_(60) films is determined by geometrical matching and the bonding properties between C_(60) lattice and the surface of substrate. Much work has been done to investigate the growth and structure of C_(60) films on various nonmetallic substrates, such as graphite, MoS_2, mica and NaCl. The interactions between C_(60) and nonmetallic substrates are van der Walls forces, so the growth of C_(60) on these sub
SINCE the discovery of a simple graphite-arc method which can produce grams of C_ (60), the growth of high quality C_ (60) films on various substrates has been one of the main subjects for fullerene research. It is reported that the growth Behavior of C_ (60) films is determined by geometrical matching and the bonding properties between C_ (60) lattice and the surface of substrate. Much work has been done to investigate the growth and structure of C_ (60) films on various nonmetallic substrates, such as graphite, MoS_2, mica and NaCl. The interactions between C_ (60) and nonmetallic substrates are van der Walls forces, so the growth of C_ (60) on these sub