Modeling of the Evolution of Cluster-Size Distribution Functions in PolarFullerene C<sub>60</sub> Solutions
We propose a method for calculation of the evolution of cluster-size distribution function of fullerene C<sub>60</sub> aggregates in polar solutions within the previously developed confined growth model. This method allows for calculating the distribution function f(r, t) at arbitrary moments of time for the given systems parameters. As an example, we calculate the evolution of mean cluster size, monomers concentration and f(r, t) for a model polar solution of fullerenes. The small-angle neutron scattering curves at different intervals since the start of C<sub>60</sub> aggregation in the media were obtained.