6533b7d1fe1ef96bd125d6e4
RESEARCH PRODUCT
Total absorption studies of high priority decays for reactor applications: 86Br and 91Rb
V. VediaSami Rinta-antilaM. EstienneE. GaniogluJ. L. TainT. ShibaM. MonserrateM. FallotT. MartinezA. R. GarcíaW. GelletlyW. GelletlyL. M. FraileV.m. BuiE. ValenciaIain MooreA. CucoanesJ.-ch. SubletM. LeboisAnu KankainenE. EstevezV. GuadillaS.e.a. OrrigoVeli KolhinenJuha ÄYstöAnnika VossA. A. SonzogniJuho RissanenTommi EronenMikael ReponenMichael FlemingVolker SonnenscheinZsolt PodolyakR. Caballero-folchJ. N. WilsonJosé Antonio BrizStephen RiceStephen RiceD. Cano-ottF. G. KondevM. BowryA. AlgoraA. AlgoraP. H. ReganJani HakalaViki-veikko ElomaaJorge AgramuntV. GorlychevJukka KoponenA. Montaner-pizáEnrique NácherE. MendozaDmitry GorelovB. RubioP. J. R. MasonL. BatistJuuso ReinikainenA. PortaB. Gomez-hornillosIlkka PohjalainenK. RytkönenD. JordanAri JokinenG. F. FarrellyHeikki PenttiläA.-a. Zakari-issoufousubject
Physicsta114010308 nuclear & particles physicsPhysicsQC1-99901 natural sciencesBeta decayNuclear physicsnuclear massesBeta (plasma physics)0103 physical sciencesstructuredecay data measurementsAtomic physics010306 general physicsAbsorption (electromagnetic radiation)Nuclear Experimentdescription
Preliminary results from beta decay studies of nuclei that are important for reactor applications are presented. The beta decays have been studied using the total absorption technique (TAS) and the pure beams provided by the JYFLTRAP system at the IGISOL facility of the University of Jyväskylä. peerReviewed
year | journal | country | edition | language |
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2017-01-01 | EPJ Web of Conferences |