Comparison with BODR

Isotopic abundances in this data compared with the relative abundances in the isotopes file of the Blue Obelisk Data Repository (BODR), matched on atomic number and mass number. Values are in percent. BODR gives no uncertainty: a local value must equal the BODR value, and for a local interval the BODR value must fall within it. The comparison is made by check_bodr.py.

O’Boyle, N. M., Guha, R., Willighagen, E. L., Adams, S. E., Alvarsson, J., Bradley, J.-C., Filippov, I. V., Hanson, R. M., Hanwell, M. D., Hutchison, G. R., James, C. A., Jeliazkova, N., Lang, A. S., Langner, K. M., Lonie, D. C., Lowe, D. M., Pansanel, J., Pavlov, D., Spjuth, O., … Murray-Rust, P. (2011). Open Data, Open Source and Open Standards in chemistry: The Blue Obelisk five years on. Journal of Cheminformatics, 3(1). https://doi.org/10.1186/1758-2946-3-37 CrossRef

Compared on 2026-11-05: 289 isotopes in ciaaw.ttl, 3171 items in BODR (Debian package bodr 10-3).

Result	Count
Different values	133
No value	1
Not found	0
Unexpected unit	0
Only in the resource	0

Different values

BODR has abundance for the isotope, and it differs from the local one.

Isotope	Local	Value in resource	Item
barium-130	0.11~0.01	0.106	Ba130
barium-132	0.10~0.01	0.101	Ba132
barium-134	2.42~0.15	2.417	Ba134
barium-135	6.59~0.10	6.592	Ba135
barium-136	7.85~0.24	7.854	Ba136
barium-137	11.23~0.23	11.232	Ba137
barium-138	71.70~0.29	71.698	Ba138
cadmium-106	1.245~0.022	1.25	Cd106
cadmium-108	0.888~0.011	0.89	Cd108
cadmium-110	12.470~0.061	12.49	Cd110
cadmium-111	12.795~0.012	12.80	Cd111
cadmium-112	24.109~0.007	24.13	Cd112
cadmium-113	12.227~0.007	12.22	Cd113
cadmium-114	28.754~0.081	28.73	Cd114
cadmium-116	7.512~0.054	7.49	Cd116
copper-63	69.15~0.15	69.17	Cu63
copper-65	30.85~0.15	30.83	Cu65
dysprosium-156	0.056~0.003	0.06	Dy156
dysprosium-158	0.095~0.003	0.10	Dy158
dysprosium-160	2.329~0.018	2.34	Dy160
dysprosium-161	18.889~0.042	18.91	Dy161
dysprosium-162	25.475~0.036	25.51	Dy162
dysprosium-163	24.896~0.042	24.90	Dy163
dysprosium-164	28.260~0.054	28.18	Dy164
erbium-162	0.139~0.005	0.14	Er162
erbium-164	1.601~0.003	1.61	Er164
erbium-166	33.503~0.036	33.61	Er166
erbium-167	22.869~0.009	22.93	Er167
erbium-168	26.978~0.018	26.78	Er168
erbium-170	14.910~0.036	14.93	Er170
gadolinium-152	0.204~0.002	0.20	Gd152
gadolinium-154	2.187~0.009	2.18	Gd154
gadolinium-155	14.828~0.060	14.80	Gd155
gadolinium-156	20.493~0.022	20.47	Gd156
gadolinium-157	15.657~0.017	15.65	Gd157
gadolinium-158	24.820~0.020	24.84	Gd158
gadolinium-160	21.811~0.028	21.86	Gd160
germanium-70	20.52~0.19	20.84	Ge70
germanium-72	27.45~0.15	27.54	Ge72
germanium-73	7.76~0.08	7.73	Ge73
germanium-74	36.52~0.12	36.28	Ge74
germanium-76	7.75~0.12	7.61	Ge76
helium-3	0.0002~0.0002	0.000137	He3
helium-4	99.9998~0.0002	99.999863	He4
hafnium-174	0.161~0.002	0.16	Hf174
hafnium-176	5.24~0.14	5.26	Hf176
hafnium-177	18.58~0.09	18.60	Hf177
hafnium-179	13.63~0.03	13.62	Hf179
hafnium-180	35.12~0.16	35.08	Hf180
mercury-198	10.04~0.03	9.97	Hg198
mercury-199	16.94~0.12	16.87	Hg199
mercury-200	23.14~0.09	23.10	Hg200
mercury-201	13.17~0.09	13.18	Hg201
mercury-202	29.74~0.13	29.86	Hg202
mercury-204	6.82~0.04	6.87	Hg204
indium-113	4.281~0.052	4.29	In113
indium-115	95.719~0.052	95.71	In115
iridium-191	37.23~0.09	37.3	Ir191
iridium-193	62.77~0.09	62.7	Ir193
krypton-78	0.355~0.003	0.35	Kr78
krypton-80	2.286~0.010	2.28	Kr80
krypton-82	11.593~0.031	11.58	Kr82
krypton-83	11.500~0.019	11.49	Kr83
krypton-84	56.987~0.015	57.00	Kr84
krypton-86	17.279~0.041	17.30	Kr86
lanthanum-138	0.08881~0.00071	0.090	La138
lanthanum-139	99.91119~0.00071	99.910	La139
lutetium-175	97.414~0.005	97.41	Lu175
lutetium-176	2.586~0.005	2.59	Lu176
molybdenum-100	9.744~0.065	9.63	Mo100
molybdenum-92	14.649~0.106	14.84	Mo92
molybdenum-94	9.187~0.033	9.25	Mo94
molybdenum-95	15.873~0.030	15.92	Mo95
molybdenum-96	16.673~0.008	16.68	Mo96
molybdenum-97	9.582~0.015	9.55	Mo97
molybdenum-98	24.292~0.080	24.13	Mo98
neodymium-142	27.152~0.040	27.2	Nd142
neodymium-143	12.174~0.026	12.2	Nd143
neodymium-144	23.798~0.019	23.8	Nd144
neodymium-145	8.293~0.012	8.3	Nd145
neodymium-146	17.189~0.032	17.2	Nd146
neodymium-148	5.756~0.021	5.7	Nd148
neodymium-150	5.638~0.028	5.6	Nd150
platinum-190	0.012~0.002	0.014	Pt190
platinum-194	32.864~0.410	32.967	Pt194
platinum-195	33.775~0.240	33.832	Pt195
platinum-196	25.211~0.340	25.242	Pt196
platinum-198	7.356~0.130	7.163	Pt198
sulfur-36	[0.0129, 0.0187]	0.02	S36
selenium-74	0.86~0.03	0.89	Se74
selenium-76	9.23~0.07	9.37	Se76
selenium-77	7.60~0.07	7.63	Se77
selenium-78	23.69~0.22	23.77	Se78
selenium-80	49.80~0.36	49.61	Se80
selenium-82	8.82~0.15	8.73	Se82
samarium-144	3.08~0.04	3.07	Sm144
samarium-147	15.00~0.14	14.99	Sm147
samarium-148	11.25~0.09	11.24	Sm148
samarium-150	7.37~0.09	7.38	Sm150
samarium-152	26.74~0.09	26.75	Sm152
samarium-154	22.74~0.14	22.75	Sm154
tantalum-180	0.01176~0.00023	0.012	Ta180
tantalum-181	99.98824~0.00023	99.988	Ta181
thorium-232	99.98~0.02	100	Th232
uranium-234	0.0054~0.0005	0.0055	U234
uranium-235	0.7204~0.0006	0.7200	U235
uranium-238	99.2742~0.0010	99.2745	U238
xenon-124	0.095~0.005	0.09	Xe124
xenon-126	0.089~0.003	0.09	Xe126
xenon-128	1.910~0.013	1.92	Xe128
xenon-129	26.401~0.138	26.44	Xe129
xenon-130	4.071~0.022	4.08	Xe130
xenon-131	21.232~0.051	21.18	Xe131
xenon-132	26.909~0.055	26.89	Xe132
xenon-134	10.436~0.035	10.44	Xe134
xenon-136	8.857~0.072	8.87	Xe136
ytterbium-168	0.126~0.001	0.13	Yb168
ytterbium-170	3.023~0.002	3.04	Yb170
ytterbium-171	14.216~0.007	14.28	Yb171
ytterbium-172	21.754~0.010	21.83	Yb172
ytterbium-173	16.098~0.009	16.13	Yb173
ytterbium-174	31.896~0.026	31.83	Yb174
ytterbium-176	12.887~0.030	12.76	Yb176
zinc-64	49.17~0.75	48.63	Zn64
zinc-66	27.73~0.98	27.90	Zn66
zinc-67	4.04~0.16	4.10	Zn67
zinc-68	18.45~0.63	18.75	Zn68
zinc-70	0.61~0.10	0.62	Zn70
zirconium-90	51.47~0.06	51.45	Zr90
zirconium-91	11.23~0.06	11.22	Zr91
zirconium-92	17.16~0.04	17.15	Zr92
zirconium-94	17.36~0.07	17.38	Zr94
zirconium-96	2.78~0.04	2.80	Zr96

No value

The isotope is in BODR, but without a abundance.

Isotope	Local	Value in resource	Item
thorium-230	0.02~0.02	—	Th230