Structure of 106In nucleus

摘要: Abstract Single-γ, γγ-coincidence, and γ-ray angular distribution spectra of the 106Cd(p, nγ)106In reaction were measured with Ge(HP), Ge(Li), Ge(LEPS) detectors at various bombarding proton energies between 8 11 MeV. Altogether 141 (among them 117 new) transitions have been assigned to 106In. The conversion electrons studied an intermediate-image magnetic spectrometer plus Si(Li) detector, as well a superconducting lens combined detector. Internal coefficients determined for 22 transitions. A more complete level scheme 106In, containing 49 levels below 1650 keV excitation energy, has proposed. On basis internal transitions, Hauser-Feshbach analysis (p, n) cross sections, distributions other arguments, spin parity values deduced. energy splittings pn multiplets compared predictions parabolic rule. levels, wave functions, electromagnetic moments, reduced M1 E2 transition probabilities calculated in framework interacting boson-fermion-fermion/odd-odd truncated quadrupole phonon model (IBFFM/OTQM), resonably good agreement was obtained experimental data.