The 1 column in color are computed by VizieR, and are not part of the original data.

J/MNRAS/406/460/spectra Post annotation

IR absorbance spectra of olivine (Pitman+, 2010) ReadMe+ftp List of IR spectra (18 rows)

Full	File	sp	Fo %	n_
1	fo0nat.dat	sp	0	n
2	fo0syn.dat	sp	0	s
3	fo9nat.dat	sp	9	n
4	fo14nat.dat	sp	14	n
5	fo31nat.dat	sp	31	n
6	fo41nat.dat	sp	41	n
7	fo45nat.dat	sp	45	n
8	fo50syn.dat	sp	50	s
9	fo54nat.dat	sp	54	n
10	fo63nat.dat	sp	63	n
11	fo67syn.dat	sp	67	s
12	fo68nat.dat	sp	68	n
13	fo75syn.dat	sp	75	s
14	fo80syn.dat	sp	80	s
15	fo81met.dat	sp	81	m
16	fo91nat.dat	sp	91	n
17	fo93nat.dat	sp	93	n
18	fo100syn.dat	sp	100	s

J/MNRAS/406/460/nbeta Post annotation

IR absorbance spectra of olivine (Pitman+, 2010) ReadMe+ftp *Real indices of refraction (Bowen & Schairer 1935, Am. J. Sci., 29, 197), by Fo composition (11 rows) (Note)

Full	Fo %	n
1	0	1.860
2	10	1.835
3	20	1.820
4	30	1.795
5	40	1.780
6	50	1.750
7	60	1.737
8	70	1.710
9	80	1.695
10	90	1.670
11	100	1.650

J/MNRAS/406/460/caonk Post annotation

IR absorbance spectra of olivine (Pitman+, 2010) ReadMe+ftp *Real and imaginary indices of refraction for CaO (4000 rows) (Note)

Full	Freq cm-1	Lambda um	n	k
1	1	10000.00000	3.58890	0.0000
2	2	5000.00000	3.58890	0.0010
3	3	3333.33000	3.58900	0.0014
4	4	2500.00000	3.58910	0.0020
5	5	2000.00000	3.58920	0.0024
6	6	1666.67000	3.58940	0.0029
7	7	1428.57000	3.58960	0.0034
8	8	1250.00000	3.58980	0.0039
9	9	1111.11000	3.59000	0.0044
10	10	1000.00000	3.59030	0.0049
11	11	909.09100	3.59060	0.0054
12	12	833.33300	3.59090	0.0059
13	13	769.23100	3.59130	0.0064
14	14	714.28600	3.59170	0.0068
15	15	666.66700	3.59210	0.0073
16	16	625.00000	3.59260	0.0078
17	17	588.23500	3.59300	0.0083
18	18	555.55600	3.59350	0.0088
19	19	526.31600	3.59410	0.0093
20	20	500.00000	3.59460	0.0098
21	21	476.19000	3.59520	0.0103
22	22	454.54500	3.59590	0.0108
23	23	434.78300	3.59650	0.0113
24	24	416.66700	3.59720	0.0118
25	25	400.00000	3.59790	0.0123
26	26	384.61500	3.59870	0.0128
27	27	370.37000	3.59940	0.0133
28	28	357.14300	3.60020	0.0138
29	29	344.82800	3.60110	0.0144
30	30	333.33300	3.60190	0.0149
31	31	322.58100	3.60280	0.0154
32	32	312.50000	3.60370	0.0159
33	33	303.03000	3.60470	0.0164
34	34	294.11800	3.60570	0.0169
35	35	285.71400	3.60670	0.0174
36	36	277.77800	3.60770	0.0180
37	37	270.27000	3.60880	0.0185
38	38	263.15800	3.60990	0.0190
39	39	256.41000	3.61110	0.0195
40	40	250.00000	3.61220	0.0201
41	41	243.90200	3.61340	0.0206
42	42	238.09500	3.61470	0.0211
43	43	232.55800	3.61590	0.0217
44	44	227.27300	3.61720	0.0222
45	45	222.22200	3.61850	0.0227
46	46	217.39100	3.61990	0.0233
47	47	212.76600	3.62130	0.0238
48	48	208.33300	3.62270	0.0244
49	49	204.08200	3.62420	0.0249
50	50	200.00000	3.62570	0.0255

Result truncated to 50 rows

J/MNRAS/406/460/saponnk Post annotation

IR absorbance spectra of olivine (Pitman+, 2010) ReadMe+ftp *Real and imaginary indices of refraction for saponite (4000 rows) (Note)

Full	Freq cm-1	Lambda um	n	k
1	1	10000.00000	2.89480	0.0007
2	2	5000.00000	2.89490	0.0012
3	3	3333.33000	2.89490	0.0018
4	4	2500.00000	2.89500	0.0025
5	5	2000.00000	2.89500	0.0031
6	6	1666.67000	2.89510	0.0037
7	7	1428.57000	2.89530	0.0043
8	8	1250.00000	2.89540	0.0049
9	9	1111.11000	2.89560	0.0056
10	10	1000.00000	2.89570	0.0062
11	11	909.09100	2.89590	0.0068
12	12	833.33300	2.89610	0.0074
13	13	769.23100	2.89640	0.0081
14	14	714.28600	2.89660	0.0087
15	15	666.66700	2.89690	0.0093
16	16	625.00000	2.89710	0.0100
17	17	588.23500	2.89740	0.0106
18	18	555.55600	2.89780	0.0112
19	19	526.31600	2.89810	0.0119
20	20	500.00000	2.89850	0.0125
21	21	476.19000	2.89880	0.0132
22	22	454.54500	2.89920	0.0138
23	23	434.78300	2.89960	0.0145
24	24	416.66700	2.90010	0.0151
25	25	400.00000	2.90050	0.0158
26	26	384.61500	2.90100	0.0164
27	27	370.37000	2.90150	0.0171
28	28	357.14300	2.90200	0.0178
29	29	344.82800	2.90250	0.0184
30	30	333.33300	2.90310	0.0191
31	31	322.58100	2.90360	0.0198
32	32	312.50000	2.90420	0.0205
33	33	303.03000	2.90480	0.0212
34	34	294.11800	2.90540	0.0218
35	35	285.71400	2.90610	0.0226
36	36	277.77800	2.90680	0.0233
37	37	270.27000	2.90740	0.0240
38	38	263.15800	2.90820	0.0247
39	39	256.41000	2.90890	0.0254
40	40	250.00000	2.90960	0.0261
41	41	243.90200	2.91040	0.0269
42	42	238.09500	2.91120	0.0276
43	43	232.55800	2.91200	0.0284
44	44	227.27300	2.91280	0.0291
45	45	222.22200	2.91370	0.0299
46	46	217.39100	2.91450	0.0307
47	47	212.76600	2.91540	0.0314
48	48	208.33300	2.91630	0.0322
49	49	204.08200	2.91730	0.0330
50	50	200.00000	2.91820	0.0338

Result truncated to 50 rows