Journal Article10.1103/PHYSREVC.79.067304
Structure of dipole bands in {sup 106}In
A. Y. Deo,R. Palit,Z. Naik,S. Sihotra,Sanjay Kumar,P. K. Joshi,Indranil Mazumdar,R. Chakrabarti,Ritesh Kshetri,D. Mehta,H. C. Jain +10 more
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TL;DR: In this article, high spin states in neutron-deficient {sup 106}In were investigated using {sup 78}Se({sup 32}S,p3n) reaction at 125 MeV.
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Abstract: High spin states in neutron-deficient {sup 106}In were investigated using {sup 78}Se({sup 32}S,p3n) reaction at 125 MeV. The level scheme is extended up to 7 MeV of excitation energy for the negative parity states constituting four dipole bands, and the positive parity states which mainly exhibit single-particle excitations are extended up to 5 MeV. Projected deformed Hartree-Fock calculations were carried out to understand the configurations of different bands in this nucleus.
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Evaluation of fusion-evaporation cross-section calculations
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Low-lying states near the isomer in
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Candidate magnetic rotational band in $$^{109}\hbox {Ag}$$109Ag
Ke-Yan Ma,Jingcai Lu,Jixue Li,Yong-Liang Ma,Dapeng Yang,Wu-ji Sun,Qing-Yu Yang,Xingang Guan,Jia-Qi Wang,Hao-Nan Pan,Hui-Dong Wang,Tian Cui,D. M. Zhang,Lihua Zhu,Xiaoguang Wu,Yuanjie Zheng,Cong-Bo Li +16 more
TL;DR: In this paper, a negative-parity band decaying to the yrast band by eleven new linking transitions is identified, and several E2 crossover transitions of this band are observed, thereby confirming the spinparity assignment and the ordering of dipole transitions above the 17/2^{-}-level.
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Magnetic rotational band in 116Sb
Shabir A. Dar,S. Bhattacharya,Sumita Bhattacharyya,R. Banik,S. Nandi,G. Mukherjee,S. Rajbanshi,S. Das Gupta,Sajad Ali,S. Chakraborty,Sanjoy Chatterjee,S. Das,A. Dhal,S. S. Ghugre,R. Goswami,D. Mondal,S. Mukhopadhyay,H. Pai,Sourav Pal,Deepak Pandit,R. Raut,P. Ray,S. Samanta +22 more
TL;DR: In this paper , a positive parity sequence of strong M1 transitions with relatively weak crossover E2 transitions, connected to the yrast negative parity rotational band (B2) of 116 Sb, has been observed.
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TL;DR: This chapter reviews the experimental properties of shears bands and finds the most puzzling characteristic of these structures is the emergence of rotational-like behavior while the nucleus retiral behavior is unknown.
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Parity of the band head at 3710 keV in 99 Rh using clover detector as Compton polarimeter
TL;DR: In this article, the clover detector has been used as a Compton polarimeter to measure the linear polarization of γ-rays produced in heavy ion fusion reaction and the E1 multipolarity of the 1117 keV transition in 99Rh has been established using this polarimeter.
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In-beam study of 102In, 104In and 106In
D. Seweryniak,J. Kownacki,Lars-Olov Norlin,Claes Fahlander,A. Atac,A. Atac,J. Blomqvist,Bo Cederwall,H. Grawe,A. Johnson,Andras Kerek,Johan Nyberg,R. Schubart,E. Adamides,E. Ideguchi,R. Julin,S. Juutinen,W. Karczmarczyk,S. Mitarai,M. Piiparinen,M. Piiparinen,G. Sletten,S. Törmänen,Ari Virtanen +23 more
TL;DR: In this paper, a Ni-58 beam with an energy of 270 MeV was used to bombard a Fe-54 target, which was used for in-beam spectroscopic analysis.
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