Nuclear Charge Radii

Krassimira Marinova

Joint Institute for Nuclear Research, 141980 Dubna, Moscow Region, Russia

Istvan Angeli

Institute of Experimental Physics, University of Debrecen, H-4010 Debrecen Pf. 105, Hungary

The table of experimental nuclear charge radii covers an extended range of isotopes and elements (909 isotopes of 92 elements from ¹H to ⁹⁶Cm) and is recently published in Atomic Data and Nuclear Data Tables (ADNDT) 99 (2013) 69-95.

It is based on the combined analysis of two types of experimental data:

radii changes determined from optical and — to a lesser extent — K_αX-ray isotope shifts and
absolute radii measured by muonic spectra and electron scattering experiments.

The table combines the results of two working groups, using respectively two different methods of evaluation, published in ADNDT earlier. Such a procedure reduces possible systematic errors arising from the differing approach of the evaluators.
The data obtained are not simple compilation of individual measurements, but constitute a self-consistent set of rms R-values giving a global survey of nuclear charge radii over the whole nuclide chart.
Compared with the last published IAEA database on mean squared charge radii (IAEA, 2010) new data are added and/or updated due to progress recently achieved by laser spectroscopy up to early 2011.

Determination of radii changes from optical isotope shifts is a field of physics that has experienced a strong push forward in recent years due to the development of new highly sensitive methods of laser spectroscopy investigations and the availability of intense radioactive beams at accelerators. Recently new measurements appeared on the optical isotope shifts, correspondingly the charge radii changes δ<r²>.
The radii changes in long isotopic sequences for Mg [Yo12] , Ga [Pr12] have been obtained for the first time; several isotopic chains have been re-measured with higher accuracy and extended to regions far off stability (Be [Kr12], K [Kr14]). In some cases, new information is added including odd-N isotopes, e.g. Po [Se13], or extended either to the neutron deficient isotopes (^97-100Ag [Fe14], ^183,185Tl [Ba13], ^202-205Fr [Fl13] or to neutron rich isotopes ^175,177Yb [Fl12].

Using these recent data, new or updated charge radii values of R can be added to the table of 2013. These data are summarized in the last two colums of the table. Please note that these data should be regarded as preliminary as the nuclear radii have been extracted using only the algorithm of [Na94].

References ↓ Download data

				Published data ADNDT 99 (2013) 69-95		Preliminary data
When new measurements lead to the same value, they are shown in italics
Z	Elem.	Mass	n	R_av(fm)	ΔR_av(fm)	R_av(fm)	ΔR_av(fm)
0	n	1	1	-0.1149	0.0027
1	H	1	0	0.8783	0.0086
		2	1	2.1421	0.0088
		3	2	1.7591	0.0363
2	He	3	1	1.9661	0.0030
		4	2	1.6755	0.0028
		6	4	2.0660	0.0111
		8	6	1.9239	0.0306
3	Li	6	3	2.5890	0.0390
		7	4	2.4440	0.0420
		8	5	2.3390	0.0440
		9	6	2.2450	0.0460
		11	8	2.4820	0.0430
4	Be	7	3	2.6460	0.0160	2.6460	0.0160
		9	5	2.5190	0.0120	2.5190	0.0120
		10	6	2.3550	0.0170	2.3610	0.0170
		11	7	2.4630	0.0150	2.4660	0.0150
		12	8			2.5030	0.0150
5	B	10	5	2.4277	0.0499
		11	6	2.4060	0.0294
6	C	12	6	2.4702	0.0022
		13	7	2.4614	0.0034
		14	8	2.5025	0.0087
7	N	14	7	2.5582	0.0070
		15	8	2.6058	0.0080
8	O	16	8	2.6991	0.0052
		17	9	2.6932	0.0075
		18	10	2.7726	0.0056
9	F	19	10	2.8976	0.0025
10	Ne	17	7	3.0413	0.0088
		18	8	2.9714	0.0076
		19	9	3.0082	0.0040
		20	10	3.0055	0.0021
		21	11	2.9695	0.0033
		22	12	2.9525	0.0040
		23	13	2.9104	0.0071
		24	14	2.9007	0.0078
		25	15	2.9316	0.0088
		26	16	2.9251	0.0100
		28	18	2.9642	0.0134
11	Na	20	9	2.9718	0.0420
		21	10	3.0136	0.0284
		22	11	2.9852	0.0169
		23	12	2.9936	0.0021
		24	13	2.9735	0.0169
		25	14	2.9769	0.0252
		26	15	2.9928	0.0331
		27	16	3.0136	0.0467
		28	17	3.0400	0.0581
		29	18	3.0922	0.0723
		30	19	3.1180	0.0884
		31	20	3.1704	0.0893
12	Mg	21	9			3.0626	0.0067
		22	10			3.0688	0.0052
		23	11			3.0425	0.0039
		24	12	3.0570	0.0016	3.0568	0.0018
		25	13	3.0284	0.0022	3.0288	0.0020
		26	14	3.0337	0.0018	3.0337	0.0018
		27	15			3.0324	0.0022
		28	16			3.0691	0.0034
		29	17			3.0756	0.0040
		30	18			3.1107	0.0056
		31	19			3.1486	0.0076
		32	20			3.1861	0.0131
13	Al	27	14	3.0610	0.0031
14	Si	28	14	3.1224	0.0024
		29	15	3.1176	0.0052
		30	16	3.1336	0.0040
15	P	31	16	3.1889	0.0019
16	S	32	16	3.2611	0.0018
		34	18	3.2847	0.0021
		36	20	3.2985	0.0024
17	Cl	35	18	3.3654	0.0191
		37	20	3.3840	0.0170
18	Ar	32	14	3.3468	0.0062
		33	15	3.3438	0.0058
		34	16	3.3654	0.0040
		35	17	3.3636	0.0042
		36	18	3.3905	0.0023
		37	19	3.3908	0.0022
		38	20	3.4028	0.0019
		39	21	3.4093	0.0031
		40	22	3.4274	0.0026
		41	23	3.4251	0.0030
		42	24	3.4414	0.0041
		43	25	3.4354	0.0039
		44	26	3.4454	0.0046
		46	28	3.4377	0.0044
19	K	37	18			3.4194	0.0292
		38	19	3.4264	0.0051	3.4236	0.0259
		39	20	3.4349	0.0019	3.4361	0.0223
		40	21	3.4381	0.0028	3.4324	0.0188
		41	22	3.4518	0.0055	3.4489	0.0157
		42	23	3.4517	0.0070	3.4469	0.0129
		43	24	3.4556	0.0086	3.4497	0.0100
		44	25	3.4563	0.0101	3.4472	0.0074
		45	26	3.4605	0.0118	3.4531	0.0048
		46	27	3.4558	0.0126	3.4417	0.0023
		47	28	3.4534	0.0138	3.4419	0.0000
		48	29			3.4689	0.0023
		49	30			3.4913	0.0046
		50	31			3.5046	0.0067
		51	32			3.5196	0.0087
20	Ca	39	19	3.4595	0.0025
		40	20	3.4776	0.0019
		41	21	3.4780	0.0019
		42	22	3.5081	0.0021
		43	23	3.4954	0.0019
		44	24	3.5179	0.0021
		45	25	3.4944	0.0021
		46	26	3.4953	0.0020
		47	27	3.4783	0.0024
		48	28	3.4771	0.0020
		50	30	3.5168	0.0064
21	Sc	42	21	3.5702	0.0238
		43	22	3.5575	0.0147
		44	23	3.5432	0.0016
		45	24	3.5459	0.0025
		46	25	3.5243	0.0089
22	Ti	44	22	3.6115	0.0051
		45	23	3.5939	0.0032
		46	24	3.6070	0.0022
		47	25	3.5962	0.0019
		48	26	3.5921	0.0017
		49	27	3.5733	0.0021
		50	28	3.5704	0.0022
23	V	51	28	3.6002	0.0022
24	Cr	50	26	3.6588	0.0065
		52	28	3.6452	0.0042
		53	29	3.6511	0.0075
		54	30	3.6885	0.0074
25	Mn	50	25	3.7120	0.0196
		51	26	3.7026	0.0212
		52	27	3.6706	0.0128
		53	28	3.6662	0.0076
		54	29	3.6834	0.0049
		55	30	3.7057	0.0022
		56	31	3.7146	0.0052
26	Fe	54	28	3.6933	0.0019
		56	30	3.7377	0.0016
		57	31	3.7532	0.0017
		58	32	3.7745	0.0014
27	Co	59	32	3.7875	0.0021
28	Ni	58	30	3.7757	0.0020
		60	32	3.8118	0.0016
		61	33	3.8225	0.0019
		62	34	3.8399	0.0021
		64	36	3.8572	0.0023
29	Cu	63	34	3.8823	0.0015
		65	36	3.9022	0.0014
30	Zn	64	34	3.9283	0.0015
		66	36	3.9491	0.0014
		67	37	3.9530	0.0027
		68	38	3.9658	0.0014
		70	40	3.9845	0.0019
31	Ga	63	32			3.9308	0.0124
		64	33			3.9390	0.0110
		66	35			3.9706	0.0071
		68	37			3.9850	0.0048
		69	38	3.9973	0.0017	3.9973	0.0016
		70	39			3.9998	0.0027
		71	40	4.0118	0.0018	4.0118	0.0016
		72	41			4.0318	0.0031
		73	42			4.0420	0.0042
		74	43			4.0395	0.0045
		75	44			4.0472	0.0055
		76	45			4.0460	0.0060
		77	46			4.0500	0.0068
		78	47			4.0453	0.0072
		79	48			4.0478	0.0079
		80	49			4.0418	0.0083
		81	50			4.0441	0.0089
		82	51			4.0671	0.0108
32	Ge	70	38	4.0414	0.0012
		72	40	4.0576	0.0013
		73	41	4.0632	0.0014
		74	42	4.0742	0.0012
		76	44	4.0811	0.0012
33	As	75	42	4.0968	0.0020
34	Se	74	40	4.0700	0.0200
		76	42	4.1395	0.0016
		77	43	4.1395	0.0018
		78	44	4.1406	0.0017
		80	46	4.1400	0.0018
		82	48	4.1400	0.0019
35	Br	79	44	4.1629	0.0021
		81	46	4.1599	0.0021
36	Kr	72	36	4.1635	0.0060
		74	38	4.1870	0.0041
		75	39	4.2097	0.0041
		76	40	4.2020	0.0036
		77	41	4.2082	0.0037
		78	42	4.2038	0.0033
		79	43	4.2034	0.0032
		80	44	4.1970	0.0029
		81	45	4.1952	0.0026
		82	46	4.1919	0.0025
		83	47	4.1871	0.0023
		84	48	4.1884	0.0022
		85	49	4.1846	0.0022
		86	50	4.1835	0.0021
		87	51	4.1984	0.0027
		88	52	4.2171	0.0043
		89	53	4.2286	0.0054
		90	54	4.2423	0.0069
		91	55	4.2543	0.0081
		92	56	4.2724	0.0099
		93	57	4.2794	0.0107
		94	58	4.3002	0.0129
		95	59	4.3067	0.0136
		96	60	4.3267	0.0158
37	Rb	76	39	4.2273	0.0070
		77	40	4.2356	0.0080
		78	41	4.2385	0.0083
		79	42	4.2284	0.0065
		80	43	4.2271	0.0061
		81	44	4.2213	0.0051
		82	45	4.2160	0.0042
		83	46	4.2058	0.0028
		84	47	4.1999	0.0023
		85	48	4.2036	0.0024
		86	49	4.2025	0.0023
		87	50	4.1989	0.0021
		88	51	4.2170	0.0038
		89	52	4.2391	0.0074
		90	53	4.2554	0.0102
		91	54	4.2723	0.0131
		92	55	4.2903	0.0163
		93	56	4.3048	0.0187
		94	57	4.3184	0.0211
		95	58	4.3391	0.0248
		96	59	4.3501	0.0267
		97	60	4.4231	0.0395
		98	61	4.4336	0.0414
38	Sr	77	39	4.2569	0.0044
		78	40	4.2561	0.0040
		79	41	4.2586	0.0039
		80	42	4.2562	0.0037
		81	43	4.2547	0.0034
		82	44	4.2478	0.0030
		83	45	4.2455	0.0027
		84	46	4.2394	0.0024
		85	47	4.2304	0.0021
		86	48	4.2307	0.0020
		87	49	4.2249	0.0019
		88	50	4.2240	0.0018
		89	51	4.2407	0.0023
		90	52	4.2611	0.0037
		91	53	4.2740	0.0046
		92	54	4.2924	0.0064
		93	55	4.3026	0.0075
		94	56	4.3191	0.0091
		95	57	4.3305	0.0102
		96	58	4.3522	0.0125
		97	59	4.3625	0.0135
		98	60	4.4377	0.0214
		99	61	4.4495	0.0226
		100	62	4.4640	0.0240
39	Y	86	47	4.2513	0.0023
		87	48	4.2498	0.0022
		88	49	4.2441	0.0021
		89	50	4.2430	0.0021
		90	51	4.2573	0.0026
		92	53	4.2887	0.0050
		93	54	4.3052	0.0065
		94	55	4.3142	0.0074
		95	56	4.3284	0.0087
		96	57	4.3402	0.0099
		97	58	4.3580	0.0116
		98	59	4.3711	0.0129
		99	60	4.4658	0.0223
		100	61	4.4705	0.0228
		101	62	4.4863	0.0244
		102	63	4.4911	0.0249
40	Zr	87	47	4.2789	0.0030
		88	48	4.2787	0.0025
		89	49	4.2706	0.0010
		90	50	4.2694	0.0010
		91	51	4.2845	0.0013
		92	52	4.3057	0.0013
		94	54	4.3320	0.0013
		96	56	4.3512	0.0015
		97	57	4.3792	0.0136
		98	58	4.4012	0.0164
		99	59	4.4156	0.0181
		100	60	4.4891	0.0289
		101	61	4.5119	0.0318
		102	62	4.5292	0.0340
41	Nb	90	49	4.2891	0.0040
		91	50	4.2878	0.0040
		92	51	4.3026	0.0043
		93	52	4.3240	0.0017
		99	58	4.4062	0.0125
		101	60	4.4861	0.0203
		103	62	4.5097	0.0227
42	Mo	90	48	4.3265	0.0016
		91	49	4.3182	0.0012
		92	50	4.3151	0.0012
		94	52	4.3529	0.0013
		95	53	4.3628	0.0018
		96	54	4.3847	0.0015
		97	55	4.3880	0.0015
		98	56	4.4091	0.0018
		100	58	4.4468	0.0025
		102	60	4.4914	0.0038
		103	61	4.5145	0.0046
		104	62	4.5249	0.0051
		105	63	4.5389	0.0057
		106	64	4.5490	0.0058
		108	66	4.5602	0.0067
44	Ru	96	52	4.3908	0.0047
		98	54	4.4229	0.0055
		99	55	4.4338	0.0042
		100	56	4.4531	0.0031
		101	57	4.4606	0.0020
		102	58	4.4809	0.0018
		104	60	4.5098	0.0020
45	Rh	103	58	4.4945	0.0023
46	Pd	102	56	4.4827	0.0044
		104	58	4.5078	0.0027
		105	59	4.5150	0.0030
		106	60	4.5318	0.0029
		108	62	4.5563	0.0027
		110	64	4.5782	0.0030
47	Ag	97	50			4.4202	0.0226
		98	51			4.4518	0.0180
		99	52			4.4630	0.0179
		100	53			4.4719	0.0280
		101	54	4.4799	0.0088	4.4799	0.0111
		103	56	4.5036	0.0065	4.5036	0.0065
		104	57	4.5119	0.0058	4.5119	0.0058
		105	58	4.5269	0.0045	4.5269	0.0045
		107	60	4.5454	0.0031	4.5454	0.0031
		109	62	4.5638	0.0025	4.5638	0.0025
48	Cd	102	54	4.4810	0.0122
		103	55	4.4951	0.0105
		104	56	4.5122	0.0083
		105	57	4.5216	0.0070
		106	58	4.5383	0.0036
		107	59	4.5466	0.0039
		108	60	4.5577	0.0031
		109	61	4.5601	0.0035
		110	62	4.5765	0.0026
		111	63	4.5845	0.0058
		112	64	4.5944	0.0024
		113	65	4.6012	0.0028
		114	66	4.6087	0.0023
		115	67	4.6114	0.0046
		116	68	4.6203	0.0059
		117	69	4.6136	0.0025
		118	70	4.6246	0.0060
		120	72	4.6300	0.0069
49	In	104	55	4.5184	0.0117
		105	56	4.5311	0.0103
		106	57	4.5375	0.0095
		107	58	4.5494	0.0082
		108	59	4.5571	0.0071
		109	60	4.5685	0.0061
		110	61	4.5742	0.0056
		111	62	4.5856	0.0044
		112	63	4.5907	0.0041
		113	64	4.6010	0.0031
		114	65	4.6056	0.0029
		115	66	4.6156	0.0026
		116	67	4.6211	0.0027
		117	68	4.6292	0.0032
		118	69	4.6335	0.0033
		119	70	4.6407	0.0040
		120	71	4.6443	0.0042
		121	72	4.6505	0.0047
		122	73	4.6534	0.0051
		123	74	4.6594	0.0056
		124	75	4.6625	0.0060
		125	76	4.6670	0.0064
		126	77	4.6702	0.0068
		127	78	4.6733	0.0071
50	Sn	108	58	4.5605	0.0029
		109	59	4.5679	0.0027
		110	60	4.5785	0.0025
		111	61	4.5836	0.0024
		112	62	4.5948	0.0022
		113	63	4.6015	0.0021
		114	64	4.6099	0.0020
		115	65	4.6148	0.0019
		116	66	4.6250	0.0019
		117	67	4.6302	0.0019
		118	68	4.6393	0.0019
		119	69	4.6438	0.0020
		120	70	4.6519	0.0021
		121	71	4.6566	0.0021
		122	72	4.6634	0.0022
		123	73	4.6665	0.0023
		124	74	4.6735	0.0023
		125	75	4.6765	0.0026
		126	76	4.6833	0.0043
		127	77	4.6867	0.0048
		128	78	4.6921	0.0054
		129	79	4.6934	0.0058
		130	80	4.7019	0.0066
		131	81	4.7078	0.0073
		132	82	4.7093	0.0076
51	Sb	121	70	4.6802	0.0026
		123	72	4.6879	0.0025
52	Te	116	64	4.6847	0.0128
		118	66	4.6956	0.0105
		120	68	4.7038	0.0088
		122	70	4.7095	0.0031
		123	71	4.7117	0.0035
		124	72	4.7183	0.0029
		125	73	4.7204	0.0030
		126	74	4.7266	0.0032
		128	76	4.7346	0.0029
		130	78	4.7423	0.0025
		132	80	4.7500	0.0031
		134	82	4.7569	0.0041
		136	84	4.7815	0.0089
53	I	127	74	4.7500	0.0081
54	Xe	116	62	4.7211	0.0096
		118	64	4.7387	0.0070
		120	66	4.7509	0.0063
		122	68	4.7590	0.0059
		124	70	4.7661	0.0055
		126	72	4.7722	0.0052
		127	73	4.7747	0.0038
		128	74	4.7774	0.0050
		129	75	4.7775	0.0050
		130	76	4.7818	0.0049
		131	77	4.7808	0.0049
		132	78	4.7859	0.0048
		133	79	4.7831	0.0048
		134	80	4.7899	0.0047
		136	82	4.7964	0.0047
		137	83	4.8094	0.0049
		138	84	4.8279	0.0079
		139	85	4.8409	0.0100
		140	86	4.8566	0.0125
		141	87	4.8694	0.0147
		142	88	4.8841	0.0169
		143	89	4.8942	0.0187
		144	90	4.9082	0.0208
		146	92	4.9315	0.0245
55	Cs	118	63	4.7832	0.0092
		119	64	4.7896	0.0089
		120	65	4.7915	0.0075
		121	66	4.7769	0.0078
		122	67	4.7773	0.0070
		123	68	4.7820	0.0070
		124	69	4.7828	0.0062
		125	70	4.7880	0.0062
		126	71	4.7872	0.0056
		127	72	4.7936	0.0055
		128	73	4.7921	0.0052
		129	74	4.7981	0.0050
		130	75	4.7992	0.0049
		131	76	4.8026	0.0047
		132	77	4.8002	0.0046
		133	78	4.8041	0.0046
		134	79	4.8031	0.0046
		135	80	4.8067	0.0047
		136	81	4.8059	0.0052
		137	82	4.8128	0.0050
		138	83	4.8255	0.0050
		139	84	4.8422	0.0069
		140	85	4.8554	0.0088
		141	86	4.8689	0.0108
		142	87	4.8825	0.0132
		143	88	4.8965	0.0151
		144	89	4.9055	0.0161
		145	90	4.9188	0.0191
		146	91	4.9281	0.0193
56	Ba	120	64	4.8092	0.0058
		121	65	4.8176	0.0052
		122	66	4.8153	0.0054
		123	67	4.8135	0.0055
		124	68	4.8185	0.0052
		125	69	4.8177	0.0052
		126	70	4.8221	0.0050
		127	71	4.8204	0.0051
		128	72	4.8255	0.0048
		129	73	4.8248	0.0049
		130	74	4.8283	0.0047
		131	75	4.8276	0.0048
		132	76	4.8303	0.0047
		133	77	4.8286	0.0047
		134	78	4.8322	0.0047
		135	79	4.8294	0.0047
		136	80	4.8334	0.0046
		137	81	4.8314	0.0047
		138	82	4.8378	0.0046
		139	83	4.8513	0.0049
		140	84	4.8684	0.0059
		141	85	4.8807	0.0069
		142	86	4.8953	0.0083
		143	87	4.9087	0.0096
		144	88	4.9236	0.0112
		145	89	4.9345	0.0123
		146	90	4.9479	0.0138
		148	92	4.9731	0.0167
57	La	135	78	4.8488	0.0060
		137	80	4.8496	0.0053
		138	81	4.8473	0.0051
		139	82	4.8550	0.0049
58	Ce	136	78	4.8739	0.0018
		138	80	4.8737	0.0018
		140	82	4.8771	0.0018
		142	84	4.9063	0.0020
		144	86	4.9303	0.0024
		146	88	4.9590	0.0028
		148	90	4.9893	0.0035
59	Pr	141	82	4.8919	0.0050
60	Nd	132	72	4.9174	0.0026
		134	74	4.9128	0.0026
		135	75	4.9086	0.0026
		136	76	4.9111	0.0026
		137	77	4.9080	0.0026
		138	78	4.9123	0.0026
		139	79	4.9076	0.0025
		140	80	4.9101	0.0026
		141	81	4.9057	0.0026
		142	82	4.9123	0.0025
		143	83	4.9254	0.0026
		144	84	4.9421	0.0027
		145	85	4.9535	0.0028
		146	86	4.9696	0.0030
		148	88	4.9999	0.0036
		150	90	5.0400	0.0044
62	Sm	138	76	4.9599	0.0034
		139	77	4.9556	0.0034
		140	78	4.9565	0.0034
		141	79	4.9517	0.0034
		142	80	4.9518	0.0034
		143	81	4.9479	0.0034
		144	82	4.9524	0.0034
		145	83	4.9651	0.0034
		146	84	4.9808	0.0035
		147	85	4.9892	0.0035
		148	86	5.0042	0.0034
		149	87	5.0134	0.0035
		150	88	5.0387	0.0048
		151	89	5.0550	0.0057
		152	90	5.0819	0.0060
		153	91	5.0925	0.0068
		154	92	5.1053	0.0067
63	Eu	137	74	4.9762	0.0095
		138	75	4.9779	0.0094
		139	76	4.9760	0.0093
		140	77	4.9695	0.0091
		141	78	4.9697	0.0091
		142	79	4.9607	0.0091
		143	80	4.9636	0.0091
		144	81	4.9612	0.0091
		145	82	4.9663	0.0091
		146	83	4.9789	0.0092
		147	84	4.9938	0.0094
		148	85	5.0045	0.0097
		149	86	5.0202	0.0103
		150	87	5.0296	0.0108
		151	88	5.0522	0.0046
		152	89	5.1064	0.0066
		153	90	5.1115	0.0062
		154	91	5.1239	0.0079
		155	92	5.1221	0.0069
		156	93	5.1264	0.0071
		157	94	5.1351	0.0075
		158	95	5.1413	0.0078
		159	96	5.1498	0.0084
64	Gd	145	81	4.9786	0.0077
		146	82	4.9801	0.0140
		148	84	5.0080	0.0171
		150	86	5.0342	0.0159
		152	88	5.0774	0.0048
		154	90	5.1223	0.0040
		155	91	5.1319	0.0041
		156	92	5.1420	0.0042
		157	93	5.1449	0.0042
		158	94	5.1569	0.0043
		160	96	5.1734	0.0044
65	Tb	147	82	4.9201	0.1508
		148	83	4.9291	0.1507
		149	84	4.9427	0.1506
		150	85	4.9499	0.1505
		151	86	4.9630	0.1504
		152	87	4.9689	0.1504
		153	88	4.9950	0.1502
		154	89	5.0333	0.1501
		155	90	5.0391	0.1500
		157	92	5.0489	0.1500
		159	94	5.0600	0.1500
66	Dy	146	80	5.0438	0.2389
		148	82	5.0455	0.2389
		149	83	5.0567	0.2394
		150	84	5.0706	0.2413
		151	85	5.0801	0.2435
		152	86	5.0950	0.2482
		153	87	5.1035	0.2516
		154	88	5.1241	0.2618
		155	89	5.1457	0.2751
		156	90	5.1622	0.2869
		157	91	5.1709	0.2936
		158	92	5.1815	0.3023
		159	93	5.1825	0.3031
		160	94	5.1951	0.3139
		161	95	5.1962	0.0459
		162	96	5.2074	0.0172
		163	97	5.2099	0.0120
		164	98	5.2218	0.0106
67	Ho	151	84	5.0398	0.0354
		152	85	5.0614	0.0343
		153	86	5.0760	0.0339
		154	87	5.0856	0.0333
		155	88	5.1076	0.0326
		156	89	5.1156	0.0326
		157	90	5.1535	0.0316
		158	91	5.1571	0.0316
		159	92	5.1675	0.0314
		160	93	5.1662	0.0315
		161	94	5.1785	0.0313
		162	95	5.1817	0.0313
		163	96	5.1907	0.0313
		165	98	5.2022	0.0312
68	Er	150	82	5.0548	0.0254
		152	84	5.0843	0.0257
		154	86	5.1129	0.0268
		156	88	5.1429	0.0285
		158	90	5.1761	0.0312
		160	92	5.2045	0.0336
		162	94	5.2246	0.0040
		164	96	5.2389	0.0035
		166	98	5.2516	0.0031
		167	99	5.2560	0.0031
		168	100	5.2644	0.0035
		170	102	5.2789	0.0041
69	Tm	153	84	5.0643	0.0190
		154	85	5.0755	0.0166
		156	87	5.0976	0.0135
		157	88	5.1140	0.0074
		158	89	5.1235	0.0069
		159	90	5.1392	0.0060
		160	91	5.1504	0.0055
		161	92	5.1616	0.0050
		162	93	5.1713	0.0048
		163	94	5.1849	0.0042
		164	95	5.1906	0.0042
		165	96	5.2004	0.0038
		166	97	5.2046	0.0038
		167	98	5.2129	0.0036
		168	99	5.2170	0.0036
		169	100	5.2256	0.0035
		170	101	5.2303	0.0036
		171	102	5.2388	0.0037
		172	103	5.2411	0.0052
70	Yb	152	82	5.0423	0.0146	5.0423	0.0146
		154	84	5.0875	0.0105	5.0875	0.0105
		155	85	5.1040	0.0110	5.1040	0.0110
		156	86	5.1219	0.0103	5.1219	0.0103
		157	87	5.1324	0.0100	5.1324	0.0100
		158	88	5.1498	0.0088	5.1498	0.0088
		159	89	5.1629	0.0084	5.1629	0.0084
		160	90	5.1781	0.0076	5.1781	0.0076
		161	91	5.1889	0.0072	5.1889	0.0072
		162	92	5.2054	0.0067	5.2054	0.0067
		163	93	5.2157	0.0064	5.2157	0.0064
		164	94	5.2307	0.0060	5.2307	0.0060
		165	95	5.2399	0.0058	5.2399	0.0058
		166	96	5.2525	0.0057	5.2525	0.0057
		167	97	5.2621	0.0056	5.2621	0.0056
		168	98	5.2702	0.0056	5.2702	0.0056
		169	99	5.2771	0.0056	5.2771	0.0056
		170	100	5.2853	0.0056	5.2853	0.0056
		171	101	5.2906	0.0057	5.2906	0.0057
		172	102	5.2995	0.0058	5.2995	0.0058
		173	103	5.3046	0.0059	5.3046	0.0059
		174	104	5.3108	0.0060	5.3108	0.0060
		175	105	5.3135	0.0061	5.3135	0.0061
		176	106	5.3215	0.0062	5.3215	0.0062
		177	107			5.3239	0.0062
71	Lu	161	90	5.2293	0.0320
		162	91	5.2398	0.0317
		163	92	5.2567	0.0312
		164	93	5.2677	0.0310
		165	94	5.2830	0.0307
		166	95	5.2972	0.0305
		167	96	5.3108	0.0303
		168	97	5.3227	0.0302
		169	98	5.3290	0.0302
		170	99	5.3364	0.0302
		171	100	5.3436	0.0302
		172	101	5.3486	0.0302
		173	102	5.3577	0.0303
		174	103	5.3634	0.0303
		175	104	5.3700	0.0304
		176	105	5.3739	0.0304
		177	106	5.3815	0.0305
		178	107	5.3857	0.0306
		179	108	5.3917	0.0307
72	Hf	170	98	5.2898	0.0055
		171	99	5.3041	0.0049
		172	100	5.3065	0.0043
		173	101	5.3140	0.0038
		174	102	5.3201	0.0035
		175	103	5.3191	0.0036
		176	104	5.3286	0.0032
		177	105	5.3309	0.0031
		178	106	5.3371	0.0031
		179	107	5.3408	0.0031
		180	108	5.3470	0.0032
		182	110	5.3516	0.0036
73	Ta	181	108	5.3507	0.0034
74	W	180	106	5.3491	0.0022
		182	108	5.3559	0.0017
		183	109	5.3611	0.0020
		184	110	5.3658	0.0023
		186	112	5.3743	0.0026
75	Re	185	110	5.3596	0.0172
		187	112	5.3698	0.0173
76	Os	184	108	5.3823	0.0022
		186	110	5.3909	0.0017
		187	111	5.3933	0.0018
		188	112	5.3993	0.0011
		189	113	5.4016	0.0012
		190	114	5.4062	0.0013
		192	116	5.4126	0.0015
77	Ir	182	105	5.3705	0.1061
		183	106	5.3780	0.1061
		184	107	5.3805	0.1061
		185	108	5.3854	0.1061
		186	109	5.3900	0.1061
		187	110	5.3812	0.1061
		188	111	5.3838	0.1061
		189	112	5.3898	0.1061
		191	114	5.3968	0.1061
		193	116	5.4032	0.1061
78	Pt	178	100	5.3728	0.0066
		179	101	5.3915	0.0050
		180	102	5.3891	0.0049
		181	103	5.3996	0.0041
		182	104	5.3969	0.0041
		183	105	5.4038	0.0036
		184	106	5.4015	0.0036
		185	107	5.4148	0.0028
		186	108	5.4037	0.0036
		187	109	5.4063	0.0037
		188	110	5.4053	0.0034
		189	111	5.4060	0.0035
		190	112	5.4108	0.0030
		191	113	5.4102	0.0031
		192	114	5.4169	0.0028
		193	115	5.4191	0.0027
		194	116	5.4236	0.0025
		195	117	5.4270	0.0026
		196	118	5.4307	0.0027
		198	120	5.4383	0.0032
79	Au	183	104	5.4247	0.0043
		184	105	5.4306	0.0041
		185	106	5.4296	0.0041
		186	107	5.4354	0.0039
		187	108	5.4018	0.0058
		188	109	5.4049	0.0055
		189	110	5.4084	0.0052
		190	111	5.4109	0.0049
		191	112	5.4147	0.0046
		192	113	5.4179	0.0044
		193	114	5.4221	0.0042
		194	115	5.4252	0.0040
		195	116	5.4298	0.0040
		196	117	5.4332	0.0039
		197	118	5.4371	0.0038
		198	119	5.4400	0.0038
		199	120	5.4454	0.0039
80	Hg	181	101	5.4364	0.0032
		182	102	5.3833	0.0052
		183	103	5.4405	0.0031
		184	104	5.3949	0.0047
		185	105	5.4397	0.0031
		186	106	5.4017	0.0043
		187	107	5.4046	0.0042
		188	108	5.4085	0.0040
		189	109	5.4100	0.0040
		190	110	5.4158	0.0037
		191	111	5.4171	0.0037
		192	112	5.4232	0.0035
		193	113	5.4238	0.0035
		194	114	5.4309	0.0033
		195	115	5.4345	0.0032
		196	116	5.4385	0.0031
		197	117	5.4412	0.0031
		198	118	5.4463	0.0031
		199	119	5.4474	0.0031
		200	120	5.4551	0.0031
		201	121	5.4581	0.0032
		202	122	5.4648	0.0033
		203	123	5.4679	0.0035
		204	124	5.4744	0.0036
		205	125	5.4776	0.0038
		206	126	5.4837	0.0040
81	Tl	183	102			5.3786	0.0105
		185	104			5.3896	0.0098
		188	107	5.4017	0.0072	5.4017	0.0072
		190	109	5.4121	0.0056	5.4121	0.0056
		191	110	5.4169	0.0048	5.4169	0.0048
		192	111	5.4191	0.0051	5.4191	0.0051
		193	112	5.4243	0.0042	5.4243	0.0042
		194	113	5.4259	0.0046	5.4259	0.0046
		195	114	5.4325	0.0039	5.4325	0.0039
		196	115	5.4327	0.0042	5.4327	0.0042
		197	116	5.4388	0.0036	5.4388	0.0036
		198	117	5.4396	0.0036	5.4396	0.0036
		199	118	5.4479	0.0031	5.4479	0.0031
		200	119	5.4491	0.0031	5.4491	0.0031
		201	120	5.4573	0.0029	5.4573	0.0029
		202	121	5.4595	0.0027	5.4595	0.0027
		203	122	5.4666	0.0027	5.4666	0.0027
		204	123	5.4704	0.0028	5.4704	0.0028
		205	124	5.4759	0.0026	5.4759	0.0026
		207	126	5.4853	0.0027	5.4853	0.0027
		208	127	5.4946	0.0028	5.4946	0.0028
82	Pb	182	100	5.3788	0.0035
		183	101	5.3869	0.0030
		184	102	5.3930	0.0029
		185	103	5.3984	0.0028
		186	104	5.4027	0.0027
		187	105	5.4079	0.0026
		188	106	5.4139	0.0025
		189	107	5.4177	0.0024
		190	108	5.4222	0.0023
		191	109	5.4229	0.0026
		192	110	5.4300	0.0025
		193	111	5.4310	0.0023
		194	112	5.4372	0.0023
		195	113	5.4389	0.0045
		196	114	5.4444	0.0024
		197	115	5.4446	0.0024
		198	116	5.4524	0.0022
		199	117	5.4529	0.0022
		200	118	5.4611	0.0020
		201	119	5.4629	0.0019
		202	120	5.4705	0.0017
		203	121	5.4727	0.0017
		204	122	5.4803	0.0014
		205	123	5.4828	0.0015
		206	124	5.4902	0.0014
		207	125	5.4943	0.0014
		208	126	5.5012	0.0013
		209	127	5.5100	0.0014
		210	128	5.5208	0.0016
		211	129	5.5290	0.0017
		212	130	5.5396	0.0019
		214	132	5.5577	0.0023
83	Bi	202	119	5.4840	0.0912
		203	120	5.4911	0.0911
		204	121	5.4934	0.0910
		205	122	5.5008	0.0909
		206	123	5.5034	0.0909
		207	124	5.5103	0.0907
		208	125	5.5147	0.0907
		209	126	5.5211	0.0906
		210	127	5.5300	0.0904
		212	129	5.5489	0.0901
		213	130	5.5586	0.0900
84	Po	192	108	5.5220	0.0178	5.5220	0.0194
		193	109			5.5185	0.0189
		194	110	5.5167	0.0178	5.5167	0.0192
		195	111			5.5127	0.0189
		196	112	5.5136	0.0178	5.5136	0.0189
		197	113			5.5112	0.0189
		198	114	5.5146	0.0178	5.5146	0.0193
		199	115			5.5123	0.0189
		200	116	5.5199	0.0178	5.5199	0.0190
		201	117			5.5190	0.0189
		202	118	5.5281	0.0177	5.5281	0.0191
		203	119			5.5297	0.0189
		204	120	5.5378	0.0177	5.5378	0.0189
		205	121	5.5389	0.0177	5.5389	0.0189
		206	122	5.5480	0.0177	5.5480	0.0189
		207	123	5.5501	0.0177	5.5501	0.0189
		208	124	5.5584	0.0176	5.5584	0.0176
		209	125	5.5628	0.0176	5.5631	0.0187
		210	126	5.5704	0.0176	5.5704	0.0185
		211	127			5.5798	0.0187
		216	132	5.6359	0.0174	5.6394	0.0186
		218	134	5.6558	0.0173	5.6558	0.0186
86	Rn	202	116	5.5521	0.0181
		204	118	5.5568	0.0180
		205	119	5.5569	0.0180
		206	120	5.5640	0.0178
		207	121	5.5652	0.0178
		208	122	5.5725	0.0177
		209	123	5.5743	0.0177
		210	124	5.5813	0.0177
		211	125	5.5850	0.0176
		212	126	5.5915	0.0176
		218	132	5.6540	0.0187
		219	133	5.6648	0.0191
		220	134	5.6731	0.0194
		221	135	5.6834	0.0199
		222	136	5.6915	0.0203
87	Fr	202	115			5.5505	0.0178
		203	116			5.5560	0.0178
		205	118			5.5609	0.0178
		207	120	5.5720	0.0176	5.5689	0.0177
		208	121	5.5729	0.0176	5.5699	0.0177
		209	122	5.5799	0.0176	5.5780	0.0177
		210	123	5.5818	0.0176	5.5803	0.0177
		211	124	5.5882	0.0176	5.5876	0.0176
		212	125	5.5915	0.0176	5.5915	0.0176
		213	126	5.5977	0.0176	5.5986	0.0176
		220	133	5.6688	0.0177	5.6803	0.0174
		221	134	5.6790	0.0177	5.6920	0.0173
		222	135	5.6890	0.0177	5.7018	0.0173
		223	136	5.6951	0.0178	5.7104	0.0173
		224	137	5.7061	0.0178	5.7229	0.0173
		225	138	5.7112	0.0178	5.7288	0.0173
		226	139	5.7190	0.0178	5.7376	0.0172
		227	140	5.7335	0.0179	5.7542	0.0172
		228	141	5.7399	0.0179	5.7614	0.0172
88	Ra	208	120	5.5850	0.0183
		209	121	5.5853	0.0182
		210	122	5.5917	0.0180
		211	123	5.5929	0.0179
		212	124	5.5991	0.0177
		213	125	5.6020	0.0177
		214	126	5.6079	0.0177
		220	132	5.6683	0.0215
		221	133	5.6795	0.0228
		222	134	5.6874	0.0239
		223	135	5.6973	0.0253
		224	136	5.7046	0.0263
		225	137	5.7150	0.0279
		226	138	5.7211	0.0288
		227	139	5.7283	0.0300
		228	140	5.7370	0.0315
		229	141	5.7455	0.0329
		230	142	5.7551	0.0346
		232	144	5.7714	0.0375
90	Th	227	137	5.7404	0.0165
		228	138	5.7488	0.0152
		229	139	5.7557	0.0143
		230	140	5.7670	0.0131
		232	142	5.7848	0.0124
92	U	233	141	5.8203	0.0049
		234	142	5.8291	0.0052
		235	143	5.8337	0.0041
		236	144	5.8431	0.0038
		238	146	5.8571	0.0033
94	Pu	238	144	5.8535	0.0378
		239	145	5.8601	0.0378
		240	146	5.8701	0.0379
		241	147	5.8748	0.0379
		242	148	5.8823	0.0380
		244	150	5.8948	0.0382
95	Am	241	146	5.8928	0.0042
		243	148	5.9048	0.0035
96	Cm	242	146	5.8285	0.0192
		244	148	5.8429	0.0181
		245	149	5.8475	0.0182
		246	150	5.8562	0.0184
		248	152	5.8687	0.0193

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