Gamma ray transitions in 35Cl

Low-Lying Levels ofCl35andClDuncan1, Büerger2, Place3 et al. 1969Phys. Rev.21010View full textAdd to dashboardCite

“…This is in agreement with Hazewindus et al, 7 who reported a 100% transition to the ground energy level.…”

“…(p, p') reaction, 5,6 the extensive work on S4 S(p, Y) 35 C1 by Hazewindus et al,7 the (p, p'y) study 8 which gave spin assignments of \ and § to the first two excited levels of 35 Cl, the /3-decay study 9 of 35 Ar which gave even-parity assignments to those two levels just mentioned, and the /3-decay study 10 of 37 S which gave odd-parity assignments to the 3105-and 3708-keV levels of 37 Cl. The 35,37 Cl(^, n'y) report 11 confirmed the 35 Cl assignments of \ and f for the first two excited levels and added spin J for the 2646-keV third excited level; it also confirmed the assignment of spin \ for the first excited level of 37 Cl and added f for the 3708-keV fifth excited level.…”

“…For the 3002-keV level of 35 Cl, only the energy was known. 7 There was disagreement between Refs. 7 and 11 as to the branching ratios for 7-ray emission from the 2646-and 2695-keV levels of 35 Cl.…”

Gamma-ray branchings in 34Cl from the 33S(p, 34Cl γ) reaction

“…Using the known abundance ratio of the sulphur isotopes, the absolute strength was found as 0.26+_0.13 eV, in good agreement with the value of 0.34+-0.10 eV given in ref. 6). …”

Investigation of gamma ray transitions and lifetimes in35Cl

“…Several studies through the 34S(p, y)35C1 reaction had been made prior to 1972, when the present investigation was initiated: 48 (p, ~) resonances in the energy range Ep=700-2700 keV were observed by Antufev eta[. [1], Dubois [2] and Oleksiuk and Prentice [3], Hazewindus et al [4] studied 9 resonances with a NaI-detector; later, with Ge(Li)-detectors, the decays of 4 resonances were studied by Watson et al [5], Wiesehahn [6] and Prosser and Harris [7]. The spins and parities for excited states up to 4 MeV are rather well known from recent 34S(3He, d) experiments [8,9] and 32S (c~, p y) 35 C1 experiments [10].…”