论文标题
106pd的电动单极过渡和低洼水平结构
Electric monopole transitions and low-lying level structure in 106Pd
论文作者
论文摘要
使用SPES低能量内部转换电子光谱仪（SLICES）在INFN Legnaro国家实验室进行了研究，在INFN Legnaro国家实验室中研究了106pd的结构，在EC/Beta+ 106AG的EC/Beta+衰减中填充。已经测量了某些过渡的k内部转换系数，并且已经推导了低延层2+和0+状态之间的电力单极过渡强度。将这些实验数据与先前由佛罗伦萨光谱群进行的104pd上的内部转换电子测量结果相结合，与在相互作用的质子 - 独立玻色子模型的框架中计算出的理论值进行了比较。在将0+3水平解释为入侵状态时，可以发现实验和理论值之间的良好一致性。
The structure of 106Pd, populated in the EC/beta+ decay of 106Ag, was investigated at the INFN Legnaro National Laboratories using the Spes Low-energy Internal Conversion Electron Spectrometer (SLICES). The K-internal conversion coefficients of some transitions have been measured and the electric monopole transition strengths, between low-lying 2+ and 0+ states, have been deduced. These experimental data combined with the results from internal conversion electron measurement on 104Pd previously performed by the Florence spectroscopy group were compared with the theoretical values calculated in the framework of the interacting proton-neutron boson model. Good agreement between experimental and theoretical values is found when interpreting the 0+3 level as an intruder state.
