Atomic force microscopy characterization of stable faces in cubic C60 and hexagonal C60, 2CCl4 single crystals
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Cited by (17)
Van-der-Waals based solvates of C<inf>60</inf> with CBr<inf>2</inf>Cl<inf>2</inf> and CBr<inf>2</inf>(CH<inf>3</inf>)<inf>2</inf>
2016, Chemical PhysicsCitation Excerpt :The excess values of the cubic and hexagonal solvates have been calculated using the molecular volumes from the literature for C60 (VC60 = 710 Å3/molecule), CBr2Cl2(VCBr2Cl2 = 162.03 Å3/molecule) for the high-temperature fcc phase [41] and CBr2(CH3)2 (VCBr2(CH3)2 = 165.2 Å3/molecule) according to the available density values [30]. The excess volumes for the cubic solvates, which are not stable in air, were found to be positive: C60·12CBr2Cl2 has a ΔV/V of +2% and C60·12CBr2(CH3)2 has an excess volume of +5% similar to the positive excess volumes of cubic C60 solvates reported in previous studies [24–26,28]. Negative values were found for the hexagonal solvates, that appear to be more stable in air: the ΔV/V of C60·2CBr2Cl2 equals −5% and that of C60·2CBr2(CH3)2 is −4.3%.
Surface confined self-assembled fullerene nanoclusters: A microscopic study
2005, Applied Surface ScienceBinding of fullerene C<inf>60</inf> to gold surface functionalized by self-assembled monolayers of 8-amino-1-octane thiol: A structure elucidation
2003, Journal of Colloid and Interface ScienceCross-twinning model of fcc crystal growth
1996, Journal of Crystal GrowthSolid-state studies on C<inf>60</inf> solvates grown from n-heptane
1995, Chemical Physics Letters