Accurate gamma energy determinations were also performed. The decay scheme of Ir 192 is discussed.doi:10.1016/0029-5582(63)90125-1Brje LindstrmIngvar MarklundElsevier B.V.Nuclear Physics
In order to investigate the influences of the electron-capture decay of 192Ir on the activity measurement, the measurement was carried out using four different gamma gates. The influences of the decay process were evaluated from the decay-scheme parameters and the count rates obtained from these ...
New gamma rays of 595, 683 and 848 keV have been found in the 194Ir spectrum and fitted into the existing level scheme. The magnitudes of the magnetic dipole moments have been measured to be | μ| = 1.41±0.08 n.m. for 192Ir and | μ| = 0.37±0.04 n.m. for 194Ir. Beta decay...
Disintegration rateThe disintegration rate of 192Ir has been measured using the 4πβ–γ coincidence technique. This radionuclide decays by electron capture (EC) and β-emission. Since the EC contribution is low (4.5%), it has been corrected using decay scheme data taken from the literature. ...
A method is presented for the absolute measurement of the activity of the 192 Ir radionuclide, which has a complex decay scheme, using apparatus of the State primary standard of the unit of activity of radionuclides at the D. I. Mendeleev All-Union Scientific-Research Institute for Metrology (...
A level at 1384 keV is established in the decay scheme and four newly proposed levels at 1118.31 keV in 192 Os and 1146.95, 1237.35 and 1413.76 keV in 192 Pt are excluded from the decay scheme. Predictions of Interacting Boson Model on level energies and E 2 absolute reduced transition ...