A note on the angular distribution of inelastically scattered particles in Coulomb excitation

doi:10.1016/0029-5582(62)90467-4

Nuclear Physics

Volume 36, June–August 1962, Pages 452-456

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Abstract

The angular distribution of the inelastically scattered particles following Coulomb excitation is calculated for electric quadrupole transitions. The quantum mechanical calculations are performed for the case of finite energy loss and a comparison is made between the semi-classical and quantum mechanical angular distributions.

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Cited by (1)

Direct and sequential Coulomb break-up of <sup>7</sup>Li
1988, Physics Letters B
Direct and sequential break-up of ⁷Li projectiles in the field of heavy target nuclei are studied on the basis of the Coulomb excitation approach. It is found that the experimental data observed for forward emission angles are fairly well described by Coulomb effects and that for angles more forward than 12° the direct (E1) break-up or 70 MeV⁷Li scattered from ¹²⁰Sn exceeds considerably the resonant (E2) break-up mode via the 7⁻/2 state in ⁷Li at E_x = 4.63 MeV.

^†: Work supported in part by the Army Research Office (Durham) and the National Science Foundation.

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A note on the angular distribution of inelastically scattered particles in Coulomb excitation

Abstract

Nuclear Physics

Nuclear Physics

Phys. Rev.

Rev. Mod. Phys.

Mat. Fys. Medd. Dan. Vid. Selsk

Los Alamos Scienrific Laboratory Report (LA-2106)