Elastic and rotational excitation scattering cross sections and differential scattering cross sections of He-H_2 collision has been calculated by close-coupling approximation method using two forms of Tang-Toennies potential model and discussed in detail at relative kinetic energy of 0.

A semiclassical approach is applied to calculating the state-to-state cross sections of rotational excitation of ammonia molecule scattering with argon atom.

State state rotational excitation cross sections have been calculated for collision between helium atom and nitrogen molecule at collision energy of 70.

Theoretical study on the partial cross section for the second vibrational excitation in He-H_2 collisions

Quasiclassical trajectory method (QCT) based on the London-Eyring-Polanyi-Sato (LEPS) potential energy surface has been used to investigate the effect of reagent vibrational excitation and translational excitation on the endothermic reaction Sr+HF→SrF+H, ΔH 0 =(26.

The vibrational excitation cross-sections of low-energy electron scattering from N_2 molecule are studied using the improved Body-Frame Vibrational Close-Coupling(BFVCC) method and quantum scattering potentials including static,exchange and polatization contributions based on ab initio calculations.

State-state rotational-excitation cross sections,total different scattering cross sections and total partial wave scattering cross sections are calculated for He-HF system by employing the accepted exact close-coupling approximation method at collision energy of 100,150,200 and 250 meV cases,respectively.

State-state rotational-excitation cross sections,the total differential scattering cross sections and the total partial wave scattering cross sections are calculated for He-HBr system by employing the accepted exact close-coupling approximation method at collision energy of 100,150 and 200 meV cases,respectively.