The C-13 spin-lattice relaxation time of C60 in carbon disulfide was m
easured at four different frequencies, 50.288, 75.432, 100.576 and 150
.864 MHz. A good linear fit of T-1 as a function of B0(2) is obtained.
The small value of the intercept T1(-1) at B=0 equal to 3.51 X 10(-4)
s-1 shows that the chemical shift anisotropy is the dominant term to t
he relaxation rate over all the frequency range considered. The correl
ation time tau(c) (16 ps) obtained shows that the C60 motion may be de
scribed through the Stokes--Einstein-Debye model.