OPACITY FUNCTION FOR ROTATIONALLY INELASTIC SCATTERING OF Ar+N2 SYSTEM IN IT'S LONG-RANGE POTENTIALS | Zendy

Ren Ting-Qi | Zendy; Liu Sheng-dian | Zendy; Zhang Qing-Gang | Zendy; Yici Zhang | Zendy

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OPACITY FUNCTION FOR ROTATIONALLY INELASTIC SCATTERING OF Ar+N2 SYSTEM IN IT'S LONG-RANGE POTENTIALS

Author(s) -

Ren Ting-Qi,

Liu Sheng-dian,

Zhang Qing-Gang,

Yici Zhang

Publication year - 1994

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.43.1413

Subject(s) - opacity , physics , scattering , hamiltonian (control theory) , inelastic scattering , fourier transform , collision , atomic physics , schrödinger equation , range (aeronautics) , stochastic matrix , inelastic collision , computational physics , quantum mechanics , materials science , mathematics , composite material , mathematical optimization , statistics , computer security , computer science , markov chain , electron

A new method is proposed to deal with the rotationally inelastic scattering of A+BC collision system. The matrix element 0,l/?)t|R′> is obtained analytically, the centrifugal potential takes the CS approximation, the rotationally term in the total Hamiltonian is treated by the Fourier transform and the time-dependent Schrodinger equation is approximated by the SOD method. Using this method the opacity function for Ar+N2 scattering system is calculated. The results show that the method introduced in the present paper is more suitable than the CCWP method in calculating the transition for long-range Ar+N2 potentials. And the calculational efficiency of our method is higher than the latter.

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