6533b7d5fe1ef96bd12653b3
RESEARCH PRODUCT
Transfer reactions on light exotic nuclei studied with CHIMERA detector at LNS
G. CardellaL. AcostaF. AmoriniL. AuditoreI. BerceanuM. BuscemiM. B. ChatterjieeE. DefilippoL. FrancalanzaR. GianìL. GrassiE. La GuidaraG. LanzaloneD. LoriaT. MinnitiA. PaganoE. V. PaganoM. PapaS. PirroneG. PolitiA. PopF. PortoF. RizzoP. RussottoS. SantoroA. TrifiróM. TrimarchiG. VerdeIvano LombardoElio RosatoMariano Vigilantesubject
PhysicsElastic scatteringeducation.field_of_studyPhysicsQC1-999PopulationResolution (electron density)Nuclear reactionCoincidenceSpectral linePhysics and Astronomy (all)Transfer reactionsExcited stateCenter of massAtomic physicseducationBeam (structure)description
The kinematical coincidence method is used to extract angular distribution of elastic scattering and transfer reactions. The detected light particle energy spectra are used to extract the angular distribution with around 1° resolution in the Center of Mass (CM) system. Examples with 10Be beam are presented. In the case of proton scattering, γ-ray coincidences are used to discriminate excited levels population from elastic scattering. © Owned by the authors, published by EDP Sciences, 2014.
| year | journal | country | edition | language |
|---|---|---|---|---|
| 2014-03-01 | EPJ Web of Conferences |