Elastic scattering of low-energy electrons by carbon disulphide

We report results from an ab initio calculation of low-energy electron scat tering by CS2 molecules using the Schwinger multichannel method with pseudo potentials. We calculated elastic integral, differential and momentum trans fer cross sections in an energy range from 5 eV up to 50 eV and compared ou r results with available theoretical results and experimental data. Through the symmetry decomposition of our integral cross section and eigenphase su m analysis, wt: found cross section peaks that may be interpreted as broad shape resonances in the cases of the Sigma(g) Pi(g), Pi(u), and Delta(u) sy mmetries. Among these possible resonances, the Pi(g), Pi(u), and Delta(u), are being reported for the first time.