  The multinucleon transfer (MNT) process in low-energy heavy ion collisions
can be utilized to produce unknown nuclei far beyond the stability line.
However, the reaction products exhibit broad angular and energy distributions,
which could lower the experimental detection efficiency. We present a classical
approach that employs a parameterized angular distribution to describe the
complex issue. By analyzing limited experimental data on angular distribution,
we proposed a three-parameter formula to calculate the angular distribution and
identified the dependencies of the parameters. We also discuss the sensitivity
of these parameters within this method. A comprehensive comparison with
microscopic models and experimental data across a wide range of conditions is
conducted. The proposed formula offers an efficient and straightforward way to
determine the angular distribution of MNT products.
