beta-Delayed gamma Emissions of P-26 and Its Mirror Asymmetry

Paper Info

Title
beta-Delayed gamma Emissions of P-26 and Its Mirror Asymmetry

Abstract
The study of the origin of asymmetries in mirror beta decay is extremely important to understand the fundamental nuclear force and the nuclear structure. The experiment was performed at the National Laboratory of Heavy Ion Research Facility in Lanzhou (HIRFL) to measure the beta -delayed ? rays of P-26 by silicon array and Clover-type high-purity Germanium (HPGe) detectors. Combining with results from the beta decay of P-26 and its mirror nucleus Na-26, the mirror asymmetry parameter d ( & EQUIV;ft(+)/ft(-)- 1) was determined to be 46(13)% for the transition feeding the first excited state in the daughter nucleus. Our independent results support the conclusion that the large mirror asymmetry is close to the proton halo structure in P-26.

Year	DOI	Venue
2021	10.3390/sym13122278	SYMMETRY-BASEL
Keywords	DocType	Volume
isospin symmetry breaking, beta-delayed gamma decay, shell-model calculation, halo structure, clover-type HPGe detector	Journal	13
Issue	Citations	PageRank
12	0	0.34
References	Authors
0	72

Authors (72 rows)

Cited by (0 rows)

References (0 rows)

Name	Order	PageRank
Hao Jian	1	0.34
Yufeng Gao	2	0.34
Fanchao Dai	3	0.34
Jiajian Liu	4	0.34
Xinxing Xu	5	0.34
Cenxi Yuan	6	0.34
Kazunari Kaneko	7	0.34
Yang Sun	8	0.68
Pengfei Liang	9	0.34
Guozhu Shi	10	0.34
Lijie Sun	11	0.34
Latsamy Xayavong	12	0.34
Chengjian Lin	13	0.34
Jenny Lee	14	1.35
Zhihuan Li	15	0.34
Yanyun Yang	16	0.34
Pengjie Li	17	0.34
Rui Fan	18	0.34
Sixian Zha	19	0.34
Haofan Zhu	20	0.34
Jinhai Li	21	0.34
Qirui Gao	22	0.34
Zhaozhan Zhang	23	0.34
Ruofu Chen	24	0.34
Jiansong Wang	25	0.34
Dongxi Wang	26	0.34
Hongyi Wu	27	0.68
Kang Wang	28	0.34
Yihua Lam	29	0.34
Fangfang Duan	30	0.34
Peng Ma	31	0.34
Zhihao Gao	32	0.34
Qiang Hu	33	0.34
Zhen Bai	34	0.34
Junbing Ma	35	0.34
Jianguo Wang	36	0.34
Fupeng Zhong	37	0.34
Chenguang Wu	38	0.34
Diwen Luo	39	0.34
Ying Jiang	40	0.34
Yang Liu	41	0.34
Dongsheng Hou	42	0.34
Ren Li	43	0.34
Nanru Ma	44	0.34
Weihu Ma	45	0.34
Gongming Yu	46	0.34
Dipika Patel	47	0.34
Shuya Jin	48	0.34
Yufeng Wang	49	0.34
Yuechao Yu	50	0.34