Proceedings of the Symposium on Recent Advances in the Chemistry and Physics of Fullerenes and Related Materials

absorption active addition analysis applications atoms band bond C60 molecules calculated carbon charge Chem Chemistry clusters column complex compounds concentration constant containing corresponding cost crystal decay density dependence derivatives described determined discussed effect electron energy excitation experimental experiments extract Figure formation fullerenes function further give graphite heating hexagonal higher increase indicate intensity interaction ions isomers laser lattice Lett lower mass material measurements metal method modes molecular molecules Nature observed obtained orbitals peaks phase Phys possible potential prepared present pressure production properties pulse radical range reaction reduction REFERENCES relative reported respectively ring sample Science separation shown shows signal similar solid solubility solution solvent soot species spectra spectrum stable structure studies suggests surface symmetry Table temperature toluene transfer transition triplet tubule yield