Proton emitters among Te isotopes

Discovery of palladium, antimony, tellurium, iodine, and xenon isotopes

“…"The closed-shell nuclide 96 Pd has been found to decay with a 2.0 min half-life to a 1 + state at 177 keV in 96 Rh." This half-life is consistent with the presently accepted value of 122(2) s. 97 Pd 97 Pd was first identified in 1969 by Aten and Kapteyn in "Palladium-97" [21]. An enriched 96 Ru target was irradiated with 15−22 MeV 3 He beams and 97 Pd was formed in the ( 3 He,2n) reaction.…”

“…The half-lives of 109 Pd and 111 Pd had initially been reported without a mass assignment, the half-life of 98 Pd was at first assigned to either 96 Pd or 98 Pd, and the half-life of 107 Pd was at first assigned to an isomeric state of 105 Pd.…”

“…108 Te 108 Te was observed by Bogdanov et al in the 1974 paper "Delayed protons from Te 109 and the β-decay strength function" [92]. 108 Te was produced in the (4n) fusion-evaporation reaction by bombarding an enriched 96 Previously reported half-lives of 2.2(2) s and 5.3(4) s assigned to 107 Te and 108 Te [91,94] were later reassigned to 108 Te and 109 Te, respectively [93,95].…”

“…In the 1967 paper "Proton emitters among Te isotopes", Karnaukhov et al identified 109 Te [96]. 92 Mo and 94 Mo targets were bombarded with a 20 Ne beam from the Dubna 300 cm heavy-ion cyclotron forming 109 Te in the (3n) and (5n) fusion-evaporation reactions, respectively.…”

Isolation and identification of lactic acid bacteria from koumiss in Eastern Inner Mongolia of China

“…In recent years, LAB have received increased attention because of their ability to secrete extracellular polysaccharides and exopolysaccharides (EPS) that are naturally produced during the fermentation process [3]. Isolation and identification of the LAB in koumiss will yield valuable knowledge, such as help improve quality [4] and reveal the physiological function of koumiss [5,6]. This study analysed 12 koumiss samples, which were aseptically collected from different households in Inner Mongolia.…”