Author(s): LUO Guang
Journal: Journal of Chongqing Normal University
ISSN 1672-6693
Volume: 28;
Issue: 2;
Start page: 62;
Date: 2011;
Original page
Keywords: Compton scattering | recoil electron | transition | ionization
ABSTRACT
The state of the scattered electron in Compton scattering was discussed in this article. The final state of the scattered electron was analyzed according to its acquired energy in the Compton scattering. The expressions of velocity of the scattering electron have been deduced under the relativistic or non-relativistic approximations respectively. And then according to electrom acquired energy in the Compton scattering, the possible state of the electron was described:when the scattered angle was zero, i.e. the acquired energy was zero, the electron would keep initial stake; when *, the acquired energy would be radiated out and the electron would keep initial state; when *, the electron would occur transition; when *, the acquired energy would be radiated out and the electron would keep initial state according to the selection rules in Quantum mechanics; when*, the electron would be ionized and became a recoil electron.(* Indicates a formula, please see the full text)
Journal: Journal of Chongqing Normal University
ISSN 1672-6693
Volume: 28;
Issue: 2;
Start page: 62;
Date: 2011;
Original page
Keywords: Compton scattering | recoil electron | transition | ionization
ABSTRACT
The state of the scattered electron in Compton scattering was discussed in this article. The final state of the scattered electron was analyzed according to its acquired energy in the Compton scattering. The expressions of velocity of the scattering electron have been deduced under the relativistic or non-relativistic approximations respectively. And then according to electrom acquired energy in the Compton scattering, the possible state of the electron was described:when the scattered angle was zero, i.e. the acquired energy was zero, the electron would keep initial stake; when *, the acquired energy would be radiated out and the electron would keep initial state; when *, the electron would occur transition; when *, the acquired energy would be radiated out and the electron would keep initial state according to the selection rules in Quantum mechanics; when*, the electron would be ionized and became a recoil electron.(* Indicates a formula, please see the full text)
