Experimental estimate values of the n-p interaction between the odd protonand the aligning neutron pairs for odd proton nuclei in the first band crossing region areextracted based on the experimental quasi-particle ro...Experimental estimate values of the n-p interaction between the odd protonand the aligning neutron pairs for odd proton nuclei in the first band crossing region areextracted based on the experimental quasi-particle routhians.The reliability of thismethod and the relation between the anomalous band crossing and the neutron-protoninteraction are discussed.展开更多
Anomalous delay of neutron AB crossing in rotational band based onh<sub>9</sub>/<sub>2</sub>1/2[541]proton state for odd-proton rare earth nuclei is interpreted as shape driv-ing effect.Compari...Anomalous delay of neutron AB crossing in rotational band based onh<sub>9</sub>/<sub>2</sub>1/2[541]proton state for odd-proton rare earth nuclei is interpreted as shape driv-ing effect.Comparisons of TRS/CSM calculations with experimental results are dis-cussed.展开更多
基金The project supported by China Science Foundation of Nuclear Industry
文摘Experimental estimate values of the n-p interaction between the odd protonand the aligning neutron pairs for odd proton nuclei in the first band crossing region areextracted based on the experimental quasi-particle routhians.The reliability of thismethod and the relation between the anomalous band crossing and the neutron-protoninteraction are discussed.
基金The project supported by China National Nuclear Corporation United Kindom Royal Society
文摘Anomalous delay of neutron AB crossing in rotational band based onh<sub>9</sub>/<sub>2</sub>1/2[541]proton state for odd-proton rare earth nuclei is interpreted as shape driv-ing effect.Comparisons of TRS/CSM calculations with experimental results are dis-cussed.
