Precision Lifetime Measurements Using LaBr3 Detectors With Stable and Radioactive Beams
oleh: Regan P.H., Podolyák Zs., Alharbi T., Mason P.J.R., Bruce A.M., Townsley C., Roberts O.J., Mărginean N., Mărginean R., Ghită D., Mullholland K., Smith J.F., Britton R., Patel Z., Nakhostin M., Rice S., Wilson E., Alazemi N., Alkhomashi N., Bucurescu D., Cata-Danil G., Deleanu D., Filipescu D., Glodariu T., Cata-Danil I., Mihai C., Negret A., Nita C.R., Sava T., Stroe L., Suliman G., Detistov P., Garg U., Bender P.C., Algora A., Liddick S., Cooper N., Werner V., Lalkovski S., Kisyov S., Browne F., Söderström P.-A., Watanabe H., Sumikama T.
| Format: | Article |
|---|---|
| Diterbitkan: | EDP Sciences 2013-12-01 |
Deskripsi
A range of high resolution gamma-ray spectroscopy measurements have been carried out using arrays which include a number of Cerium-doped Lanthanum-Tribromide (LrBr3(Ce)) scintillation detectors used in conjunction with high-resolution hyper-pure germanium detectors. Examples of the spectral and temporal responses of such set-ups, using both standard point radioactive sources 152Eu and 56Co, and in-beam fusionevaporation reaction experiments for precision measurements of nuclear excited states in 34P and 138Ce are presented. The current and future use of such arrays at existing (EURICA at RIKEN) and future (NUSTAR at FAIR) secondary radioactive beam facilities for precision measurements of excited nuclear state lifetimes in the 10 ps to 10 ns regime are also discussed.