… However, the size and stability of C 60 also causes experimental difficulties because it is …
The dissociation energy for C 2 emission from C 60 is a measure of the stability of this ‘magic’ …

… , in general, mean the most geodesicatly stable cages for which there is now no doubt in
the … to be stable byKroto, Heath, O’Brien, Curl, andSmalley.3 It was proposed that this …

… In this study, we aim to experimentally describe how the C 60 –DNA interactions could affect
the DNA thermal stability, DNase I and HindIII restriction endonuclease digestion, and DNA …

The standard enthalpy of formation of crystalline buckminsterfullerene (C 60 ) is 544.99 ± 1.35
kcalmol −1 which corresponds to 9.08 ± 0.02 kcalmol −1 per C atom. This follows from the …

… discovery was made; a stable pure‐carbon species, C 60 , formed spontaneously in a …
‐characterized allotrope of carbon and was named buckminsterfullerene. It has taken five years to …

… Large scale Hartree-Fock calculations were performed to estimate the thermodynamic
stability of the recently proposed spheroidal C,, molecule (“Buckminsterfullerene”) relative to a …

… of small concentrations of natural C60 and C70 in carbon-rich … of terrestrial C60 and C 70
makes it more probable that C60 … , and the chemical and structural stability of the molecule is …

… irradiation, producing a remarkably stable cluster consisting of 60 … The C 60 molecule which
results when a carbon atom is … cluster species in the especially stable C60 form is the prime …

… ically stable than a graphitic structure. In addition, numerous … greater thermal and oxidative
stability than is characteristic of … We conclude, therefore, that Cgg is less stable than graphite …

… To evaluate graphene formation in NGC 7023, we look at PAH stability. The physical
conditions in the nebula, characterized by parameters G 0 and n H , can be obtained (SI Text). As …