Table 3 The ⁸Be, ¹⁶C, ¹⁶O, ²⁰Ne, ²⁴Mg, and ²⁸Si emission half-lives in the decay processes where the daughter nuclei with N₁₀T_1/2 around 50 within the ELDM, GLDM, UDL and UNIV models (formulas) are shown in columns 5-8.

From: Cluster radioactivity of neutron-deficient nuclei in trans-tin region

Parent nuclei	Daughter nuclei	Emitted clusters	Q		log₁₀T_1/2 (s)			Q¹⁰²	log₁₀T_1/2 (s)¹⁰²
Parent nuclei	Daughter nuclei	Emitted clusters	(MeV)	ELDM	GLDM	UDL	UNIV	(MeV)	DNSM
¹⁰⁸Xe	¹⁰⁰Sn	⁸Be	10.40	7.20	6.57	6.26	7.15
¹⁰⁹Xe	¹⁰⁰Sn	⁸Be	9.19	11.56	11.09	10.47	11.42
¹¹⁰Xe	¹⁰⁰Sn	⁸Be	8.07	16.52	16.26	15.20	16.30
¹¹¹Xe	¹⁰⁰Sn	⁸Be	7.64	18.74	18.51	17.32	18.48
¹⁰⁷Cs	⁹⁹Sb	⁸Be	6.91	24.43	24.65	22.69	24.08
¹⁰⁸Cs	¹⁰⁰Sb	⁸Be	8.64	15.05	14.86	13.82	14.82
¹⁰⁹Cs	¹⁰¹Sb	⁸Be	10.00	9.54	8.99	8.56	9.42
¹¹⁰Cs	¹⁰²Sb	⁸Be	9.53	11.24	10.77	10.19	11.08
¹¹¹Cs	¹⁰³Sb	⁸Be	8.58	15.24	14.93	14.02	15.00
¹¹²Cs	¹⁰⁴Sb	⁸Be	7.94	18.29	18.12	16.93	18.01
¹⁰⁸Ba	¹⁰⁰Te	⁸Be	7.46	22.33	22.53	20.75	21.97
¹⁰⁹Ba	¹⁰¹Te	⁸Be	8.98	14.61	14.41	13.44	14.36
¹¹⁰Ba	¹⁰²Te	⁸Be	10.18	9.86	9.36	8.88	9.69
¹¹¹Ba	¹⁰³Te	⁸Be	9.65	11.79	11.38	10.76	11.59
¹¹²Ba	¹⁰⁴Te	⁸Be	8.92	14.77	14.50	13.61	14.51
¹⁰⁸Xe	⁹⁶Cd	¹²C	14.03	23.03	23.24	21.76	22.79
¹⁰⁹Xe	⁹⁷Cd	¹²C	14.53	21.17	21.21	20.00	21.00
¹¹⁰Xe	⁹⁸Cd	¹²C	15.72	17.24	16.87	16.20	17.17
¹¹¹Xe	⁹⁹Cd	¹²C	15.54	17.74	17.37	16.71	17.66
¹⁰⁹Cs	⁹⁷In	¹²C	16.48	16.40	16.19	15.40	16.31
¹¹⁰Cs	⁹⁸In	¹²C	17.63	13.15	12.56	12.26	13.20
¹¹¹Cs	⁹⁹In	¹²C	18.29	11.43	10.59	10.57	11.53
¹¹²Cs	¹⁰⁰In	¹²C	18.03	12.03	11.22	11.17	12.10
¹¹³Cs	¹⁰¹In	¹²C	16.97	14.77	14.22	13.88	14.76
¹¹⁴Cs	¹⁰²In	¹²C	16.01	17.54	17.19	16.57	17.41
¹¹⁵Cs	¹⁰³In	¹²C	15.30	19.76	19.54	18.71	19.55
¹⁰⁹Ba	⁹⁷Sn	¹²C	17.14	15.85	15.79	14.91	15.75
¹¹⁰Ba	⁹⁸Sn	¹²C	18.63	11.88	11.31	11.05	11.94
¹¹¹Ba	⁹⁹Sn	¹²C	19.82	9.05	8.10	8.27	9.23
¹¹²Ba	¹⁰⁰Sn	¹²C	21.73	5.07	3.65	4.31	5.45	23.17	0.44
¹¹³Ba	¹⁰¹Sn	¹²C	20.77	6.91	5.67	6.16	7.20
¹¹⁴Ba	¹⁰²Sn	¹²C	18.97	10.84	9.97	10.06	10.94	21.11	4.08
¹¹⁵Ba	¹⁰³Sn	¹²C	18.37	12.28	11.51	11.47	12.30
¹¹⁶Ba	¹⁰⁴Sn	¹²C	17.45	14.62	14.02	13.78	14.56	17.15	16.20
¹¹⁷Ba	¹⁰⁵Sn	¹²C	15.72	19.72	19.53	18.73	19.46
¹⁰⁹La	⁹⁷Sb	¹²C	16.77	18.28	18.66	17.28	18.03
¹¹⁰La	⁹⁸Sb	¹²C	18.19	14.27	14.14	13.39	14.17
¹¹¹La	⁹⁹Sb	¹²C	19.59	10.79	10.15	9.98	10.83
¹¹²La	¹⁰⁰Sb	¹²C	20.72	8.22	7.24	7.46	8.39
¹¹³La	¹⁰¹Sb	¹²C	21.57	6.41	5.19	5.69	6.69
¹¹⁴La	¹⁰²Sb	¹²C	21.09	7.33	6.18	6.61	7.56
¹¹⁵La	¹⁰³Sb	¹²C	20.30	8.96	7.94	8.22	9.09
¹¹⁶La	¹⁰⁴Sb	¹²C	19.26	11.28	10.43	10.52	11.30
¹¹⁷La	¹⁰⁵Sb	¹²C	18.08	14.18	13.62	13.38	14.08
¹¹⁸La	¹⁰⁶Sb	¹²C	17.11	16.81	16.46	15.95	16.61
¹¹¹Ce	⁹⁹Te	¹²C	19.04	13.33	13.20	12.49	13.21
¹¹²Ce	¹⁰⁰Te	¹²C	20.36	10.16	9.56	9.40	10.20
¹¹³Ce	¹⁰¹Te	¹²C	21.41	7.86	6.92	7.14	8.02
¹¹⁴Ce	¹⁰²Te	¹²C	22.26	6.12	4.92	5.41	6.37
¹¹⁵Ce	¹⁰³Te	¹²C	21.70	7.16	6.05	6.46	7.35
¹¹⁶Ce	¹⁰⁴Te	¹²C	20.62	9.38	8.42	8.66	9.44
¹¹⁷Ce	¹⁰⁵Te	¹²C	19.89	10.94	10.16	10.23	10.95
¹¹⁸Ce	¹⁰⁶Te	¹²C	18.57	14.11	13.63	13.36	13.98	17.37	18.20
¹¹⁹Ce	¹⁰⁷Te	¹²C	17.06	18.23	18.12	17.38	17.95
¹¹²Ba	⁹⁶Cd	¹⁶O	25.15	17.81	17.73	16.81	18.07
¹¹³Ba	⁹⁷Cd	¹⁶O	25.90	16.09	15.68	15.13	16.45
¹¹⁴Ba	⁹⁸Cd	¹⁶O	26.41	14.94	14.30	14.01	15.37	27.98	5.80
¹¹⁵Ba	⁹⁹Cd	¹⁶O	26.07	15.61	14.99	14.67	15.98
¹¹⁶Ba	¹⁰⁰Cd	¹⁶O	24.76	18.46	18.14	17.50	18.67	24.65	15.40
¹¹¹La	⁹⁵In	¹⁶O	25.79	18.03	18.35	17.03	18.21
¹¹²La	⁹⁶In	¹⁶O	26.79	15.81	15.71	14.85	16.12
¹¹³La	⁹⁷In	¹⁶O	27.85	13.60	13.05	12.67	14.05
¹¹⁴La	⁹⁸In	¹⁶O	28.98	11.39	10.39	10.47	11.99
¹¹⁵La	⁹⁹In	¹⁶O	29.80	9.86	8.52	8.94	10.56
¹¹⁶La	¹⁰⁰In	¹⁶O	29.14	10.97	9.72	10.07	11.59
¹¹⁷La	¹⁰¹In	¹⁶O	27.54	13.96	13.13	13.07	14.37
¹¹⁸La	¹⁰²In	¹⁶O	26.06	16.98	16.54	16.09	17.21
¹¹⁹La	¹⁰³In	¹⁶O	24.74	19.94	19.83	19.01	20.00
¹¹¹Ce	⁹⁵Sn	¹⁶O	27.00	16.95	17.46	15.99	17.14
¹¹²Ce	⁹⁶Sn	¹⁶O	28.34	14.18	14.11	13.25	14.53
¹¹³Ce	⁹⁷Sn	¹⁶O	29.36	12.18	11.66	11.27	12.66
¹¹⁴Ce	⁹⁸Sn	¹⁶O	30.51	10.07	9.05	9.15	10.70
¹¹⁵Ce	⁹⁹Sn	¹⁶O	31.67	8.06	6.57	7.13	8.85
¹¹⁶Ce	¹⁰⁰Sn	¹⁶O	33.22	5.57	3.53	4.61	6.57
¹¹⁷Ce	¹⁰¹Sn	¹⁶O	32.12	7.19	5.40	6.28	8.06
¹¹⁸Ce	¹⁰²Sn	¹⁶O	30.03	10.65	9.39	9.77	11.22	30.55	7.38
¹¹⁹Ce	¹⁰³Sn	¹⁶O	28.23	13.93	13.17	13.08	14.29
¹²⁰Ce	¹⁰⁴Sn	¹⁶O	26.97	16.44	16.00	15.59	16.64
¹²¹Ce	¹⁰⁵Sn	¹⁶O	25.86	18.81	18.60	17.94	18.87
¹¹⁴Pr	⁹⁸Sb	¹⁶O	30.35	11.73	11.29	10.83	12.18
¹¹⁵Pr	⁹⁹Sb	¹⁶O	31.55	9.59	8.62	8.69	10.20
¹¹⁶Pr	¹⁰⁰Sb	¹⁶O	32.38	8.16	6.78	7.26	8.89
¹¹⁷Pr	¹⁰¹Sb	¹⁶O	33.05	7.04	5.36	6.13	7.86
¹¹⁸Pr	¹⁰²Sb	¹⁶O	31.85	8.89	7.49	8.01	9.55
¹¹⁹Pr	¹⁰³Sb	¹⁶O	30.45	11.21	10.18	10.37	11.70
¹²⁰Pr	¹⁰⁴Sb	¹⁶O	28.98	13.87	13.22	13.04	14.16
¹²¹Pr	¹⁰⁵Sb	¹⁶O	27.68	16.39	16.04	15.57	16.54
¹²²Pr	¹⁰⁶Sb	¹⁶O	26.75	18.32	18.19	17.49	18.34
¹¹⁶Nd	¹⁰⁰Te	¹⁶O	32.03	10.05	9.31	9.18	10.58
¹¹⁷Nd	¹⁰¹Te	¹⁶O	32.66	8.95	7.86	8.08	9.56
¹¹⁸Nd	¹⁰²Te	¹⁶O	33.25	7.95	6.56	7.07	8.64
¹¹⁹Nd	¹⁰³Te	¹⁶O	32.12	9.69	8.59	8.86	10.25
¹²⁰Nd	¹⁰⁴Te	¹⁶O	30.51	12.42	11.74	11.61	12.77
¹²¹Nd	¹⁰⁵Te	¹⁶O	29.28	14.66	14.24	13.86	14.85
¹²²Nd	¹⁰⁶Te	¹⁶O	28.03	17.09	16.99	16.30	17.14	26.78	17.67
¹²³Nd	¹⁰⁷Te	¹⁶O	26.75	19.80	20.02	18.98	19.68
¹¹⁶Ce	⁹⁶Cd	²⁰Ne	34.21	20.32	20.86	19.19	20.97
¹¹⁷Ce	⁹⁷Cd	²⁰Ne	34.82	19.08	19.29	17.97	19.82
¹¹⁸Ce	⁹⁸Cd	²⁰Ne	35.03	18.62	18.63	17.52	19.38	34.64	13.04
¹¹⁹Ce	⁹⁹Cd	²⁰Ne	33.50	21.51	21.91	20.41	22.06
¹²⁰Ce	¹⁰⁰Cd	²⁰Ne	31.84	24.90	25.73	23.79	25.22
¹²¹Ce	¹⁰¹Cd	²⁰Ne	30.66	27.48	28.58	26.35	27.65
¹¹⁵Pr	⁹⁵In	²⁰Ne	35.32	20.08	21.08	18.94	20.67
¹¹⁶Pr	⁹⁶In	²⁰Ne	36.02	18.71	19.33	17.59	19.40
¹¹⁷Pr	⁹⁷In	²⁰Ne	36.89	17.09	17.25	15.97	17.90
¹¹⁸Pr	⁹⁸In	²⁰Ne	37.31	16.29	16.16	15.18	17.16
¹¹⁹Pr	⁹⁹In	²⁰Ne	37.52	15.85	15.50	14.75	16.76
¹²⁰Pr	¹⁰⁰In	²⁰Ne	36.42	17.69	17.60	16.62	18.45
¹²¹Pr	¹⁰¹In	²⁰Ne	34.71	20.80	21.17	19.75	21.32
¹²²Pr	¹⁰²In	²⁰Ne	33.27	23.62	24.36	22.57	23.94
¹¹⁶Nd	⁹⁶Sn	²⁰Ne	37.58	17.67	18.48	16.55	18.36
¹¹⁷Nd	⁹⁷Sn	²⁰Ne	38.18	16.56	17.00	15.45	17.35
¹¹⁸Nd	⁹⁸Sn	²⁰Ne	39.07	15.01	14.97	13.90	15.92
¹¹⁹Nd	⁹⁹Sn	²⁰Ne	39.66	13.98	13.57	12.87	14.98
¹²⁰Nd	¹⁰⁰Sn	²⁰Ne	40.68	12.31	11.35	11.19	13.47
¹²¹Nd	¹⁰¹Sn	²⁰Ne	39.08	14.77	14.26	13.68	15.69
¹²²Nd	¹⁰²Sn	²⁰Ne	37.05	18.14	18.23	17.11	18.79	37.52	13.30
¹²³Nd	¹⁰³Sn	²⁰Ne	35.49	20.96	21.45	19.93	21.38
¹¹⁹Pm	⁹⁹Sb	²⁰Ne	39.79	15.39	15.67	14.30	16.20
¹²⁰Pm	¹⁰⁰Sb	²⁰Ne	40.32	14.47	14.36	13.38	15.36
¹²¹Pm	¹⁰¹Sb	²⁰Ne	40.53	14.06	13.72	12.98	14.98
¹²²Pm	¹⁰²Sb	²⁰Ne	39.41	15.78	15.71	14.74	16.55
¹²³Pm	¹⁰³Sb	²⁰Ne	38.09	17.94	18.18	16.93	18.53
¹²¹Sm	¹⁰¹Te	²⁰Ne	41.08	14.80	14.99	13.72	15.58
¹²²Sm	¹⁰²Te	²⁰Ne	41.32	14.35	14.28	13.28	15.17
¹²³Sm	¹⁰³Te	²⁰Ne	40.23	16.00	16.18	14.97	16.68
¹²⁴Sm	¹⁰⁴Te	²⁰Ne	39.11	17.79	18.22	16.79	18.31	37.512	15.51
¹²⁵Sm	¹⁰⁵Te	²⁰Ne	37.77	20.07	20.81	19.09	20.41
¹²⁶Sm	¹⁰⁶Te	²⁰Ne	36.22	22.88	23.99	21.93	23.02	35.20	18.80
¹²⁷Sm	¹⁰⁷Te	²⁰Ne	34.71	25.85	27.29	24.88	25.78
¹¹⁸Nd	⁹⁴Cd	²⁴Mg	45.70	19.10	20.05	17.72	20.61
¹¹⁹Nd	⁹⁵Cd	²⁴Mg	46.08	18.43	19.04	17.04	19.99
¹²⁰Nd	⁹⁶Cd	²⁴Mg	46.26	18.05	18.43	16.68	19.66
¹²¹Nd	⁹⁷Cd	²⁴Mg	46.37	17.81	17.95	16.44	19.42
¹²²Nd	⁹⁸Cd	²⁴Mg	46.65	17.29	17.16	15.92	18.96	46.20	14.74
¹²³Nd	⁹⁹Cd	²⁴Mg	45.34	19.27	19.50	17.95	20.74
¹¹⁹Pm	⁹⁵In	²⁴Mg	48.15	17.15	17.92	15.74	18.77
¹²⁰Pm	⁹⁶In	²⁴Mg	48.55	16.48	16.89	15.06	18.15
¹²¹Pm	⁹⁷In	²⁴Mg	48.97	15.78	15.83	14.36	17.52
¹²²Pm	⁹⁸In	²⁴Mg	49.46	14.97	14.65	13.56	16.82
¹²³Pm	⁹⁹In	²⁴Mg	49.75	14.48	13.86	13.06	16.37
¹²⁴Pm	¹⁰⁰In	²⁴Mg	48.82	15.73	15.29	14.36	17.48
¹²⁵Pm	¹⁰¹In	²⁴Mg	46.89	18.58	18.72	17.27	20.02
¹²¹Sm	⁹⁷Sn	²⁴Mg	51.19	14.44	14.58	12.99	16.26
¹²²Sm	⁹⁸Sn	²⁴Mg	51.73	13.61	13.32	12.15	15.52
¹²³Sm	⁹⁹Sn	²⁴Mg	52.36	12.67	11.92	11.20	14.70
¹²⁴Sm	¹⁰⁰Sn	²⁴Mg	53.86	10.61	9.01	9.10	12.91	51.97	9.98
¹²⁵Sm	¹⁰¹Sn	²⁴Mg	52.16	12.76	11.69	11.32	14.77
¹²⁶Sm	¹⁰²Sn	²⁴Mg	49.83	15.92	15.65	14.58	17.57	50.53	11.97
¹²⁷Sm	¹⁰³Sn	²⁴Mg	48.03	18.53	18.79	17.25	19.89
¹²³Eu	⁹⁹Sb	²⁴Mg	52.80	13.83	13.89	12.38	15.64
¹²⁴Eu	¹⁰⁰Sb	²⁴Mg	53.48	12.83	12.38	11.37	14.76
¹²⁵Eu	¹⁰¹Sb	²⁴Mg	53.98	12.08	11.20	10.61	14.11
¹²⁶Eu	¹⁰²Sb	²⁴Mg	52.80	13.55	12.98	12.14	15.40
¹²⁷Eu	¹⁰³Sb	²⁴Mg	51.21	15.67	15.56	14.32	17.26
¹²⁸Eu	¹⁰⁴Sb	²⁴Mg	49.71	17.77	18.08	16.48	19.12
¹²⁹Eu	¹⁰⁵Sb	²⁴Mg	48.24	19.93	20.64	18.70	21.06
¹²⁶Gd	¹⁰²Te	²⁴Mg	54.90	12.51	12.03	11.05	14.40
¹²⁷Gd	¹⁰³Te	²⁴Mg	53.76	13.92	13.72	12.52	15.64
¹²⁸Gd	¹⁰⁴Te	²⁴Mg	52.56	15.47	15.56	14.12	17.00
¹²⁹Gd	¹⁰⁵Te	²⁴Mg	51.19	17.34	17.77	16.04	18.65
¹³⁰Gd	¹⁰⁶Te	²⁴Mg	49.66	19.52	20.37	18.30	20.61
¹²¹Sm	⁹³Cd	²⁸Si	58.56	16.70	17.61	14.94	19.47
¹²²Sm	⁹⁴Cd	²⁸Si	59.03	15.99	16.44	14.22	18.84
¹²³Sm	⁹⁵Cd	²⁸Si	59.44	15.35	15.40	13.58	18.29
¹²⁴Sm	⁹⁶Cd	²⁸Si	60.11	14.38	13.90	12.60	17.45
¹²⁵Sm	⁹⁷Cd	²⁸Si	60.11	14.29	13.57	12.51	17.37
¹²⁶Sm	⁹⁸Cd	²⁸Si	60.09	14.21	13.31	12.45	17.30	56.66	18.70
¹²⁷Sm	⁹⁹Cd	²⁸Si	58.56	16.14	15.71	14.44	18.96
¹²⁸Sm	¹⁰⁰Cd	²⁸Si	56.77	18.51	18.63	16.90	21.02
¹²³Eu	⁹⁵In	²⁸Si	61.82	14.29	14.54	12.47	17.29
¹²⁴Eu	⁹⁶In	²⁸Si	62.37	13.50	13.25	11.67	16.61
¹²⁵Eu	⁹⁷In	²⁸Si	63.08	12.53	11.70	10.68	15.79
¹²⁶Eu	⁹⁸In	²⁸Si	63.52	11.91	10.62	10.04	15.25
¹²⁷Eu	⁹⁹In	²⁸Si	63.53	11.79	10.28	9.94	15.15
¹²⁸Eu	¹⁰⁰In	²⁸Si	62.41	13.06	11.83	11.27	16.23
¹²⁹Eu	¹⁰¹In	²⁸Si	60.53	15.37	14.77	13.65	18.19
¹³⁰Eu	¹⁰²In	²⁸Si	58.77	17.63	17.58	15.99	20.14
¹²⁶Gd	⁹⁸Sn	²⁸Si	65.97	10.90	9.74	8.97	14.32
¹²⁷Gd	⁹⁹Sn	²⁸Si	66.55	10.13	8.44	8.19	13.68
¹²⁸Gd	¹⁰⁰Sn	²⁸Si	67.99	8.42	5.72	6.41	12.26
¹²⁹Gd	¹⁰¹Sn	²⁸Si	66.24	10.29	8.22	8.37	13.80
¹³⁰Gd	¹⁰²Sn	²⁸Si	63.94	12.92	11.73	11.12	16.01
¹³¹Gd	¹⁰³Sn	²⁸Si	61.99	15.27	14.76	13.56	18.01
¹³²Gd	¹⁰⁴Sn	²⁸Si	60.46	17.17	17.14	15.55	19.66
¹³³Gd	¹⁰⁵Sn	²⁸Si	58.83	19.32	19.79	17.76	21.52
¹²⁸Tb	¹⁰⁰Sb	²⁸Si	68.11	10.11	8.67	8.14	13.57
¹²⁹Tb	¹⁰¹Sb	²⁸Si	68.63	9.43	7.46	7.44	13.01
¹³⁰Tb	¹⁰²Sb	²⁸Si	67.44	10.66	9.03	8.75	14.03
¹³¹Tb	¹⁰³Sb	²⁸Si	65.72	12.57	11.53	10.75	15.63
¹³²Tb	¹⁰⁴Sb	²⁸Si	64.03	14.54	14.06	12.80	17.30
¹³³Tb	¹⁰⁵Sb	²⁸Si	62.40	16.52	16.54	14.86	19.00
¹³⁴Tb	¹⁰⁶Sb	²⁸Si	60.95	18.36	18.78	16.76	20.58
¹³¹Dy	¹⁰³Te	²⁸Si	68.82	10.82	9.56	8.90	14.09
¹³²Dy	¹⁰⁴Te	²⁸Si	67.38	12.39	11.57	10.54	15.39
¹³³Dy	¹⁰⁵Te	²⁸Si	65.78	14.19	13.87	12.44	16.92
¹³⁴Dy	¹⁰⁶Te	²⁸Si	64.11	16.18	16.36	14.51	18.62
¹³⁵Dy	¹⁰⁷Te	²⁸Si	62.32	18.43	19.13	16.83	20.55
¹³⁶Dy	¹⁰⁸Te	²⁸Si	61.24	19.79	20.75	18.25	21.74

The predicted half-lives of some emitted clusters within the DNSM¹⁰¹ are listed in the last column. The Q values and half-lives are measured in MeV and seconds, respectively.

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Table 3 The ⁸Be, ¹⁶C, ¹⁶O, ²⁰Ne, ²⁴Mg, and ²⁸Si emission half-lives in the decay processes where the daughter nuclei with N₁₀T_1/2 around 50 within the ELDM, GLDM, UDL and UNIV models (formulas) are shown in columns 5-8.

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