Electron collision with Ammonia and phosphine at wide range of energies

Abstract EN

Differential electron elastic scattering cross sections are attained by ammonia and phosphine molecules for 15 eV to 500 eV and 5 eV to 500 eV, respectively.

the required calculations were done with the use of partial waveforms characterizing the target molecule and a single hartree-fock molecular function center.

results from this model make evident the significance of the exchange, as well as the contributions of correlation and polarization, particularly at low scattering angles and incident energy, because the potentials utilized contain a constant part-numerically generated through quantum computing.

good agreement was discovered between the calculated differential cross sections and a wide database of experimental data.

different spherical scattering angles and power spectrums are analyzed in this paper.