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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3126	3.199	0.0525	A	0.9597
3126	3.199	67.5	B	0.9597
3125	3.2	0.008	B	0.9597
3125	3.2	22.3	A	0.9597
3112	3.213	36.2	A	0.9597
3111	3.215	6.76	B	0.9597
3108	3.218	0.01	A	0.9597
3108	3.218	0.363	B	0.9597
3104	3.221	0.0001	B	0.9597
3104	3.221	3.19	A	0.9597
3097	3.229	2.21	A	0.9597
3093	3.233	3.5	B	0.9597
3088	3.239	0.0183	A	0.9597
3088	3.239	16.8	B	0.9597
3085	3.241	17.8	A	0.9597
3085	3.242	35.1	A	0.9597
3076	3.251	7.39	A	0.9597
3076	3.251	4.27	B	0.9597
3076	3.251	2.66	B	0.9597
3076	3.252	4.23	A	0.9597
3075	3.252	7.16	B	0.9597
3071	3.257	0.132	B	0.9597
3069	3.258	16.7	A	0.9597
3068	3.259	1.25	B	0.9597
3066	3.261	3.16	A	0.9597
3066	3.261	2.23	B	0.9597
3066	3.262	1.08	A	0.9597
3066	3.262	0.54	B	0.9597
1620	6.173	289	A	0.9691
1614	6.195	10.4	B	0.9691
1607	6.221	14.3	B	0.9691
1606	6.228	273	A	0.9691
1604	6.233	36.4	B	0.9691
1601	6.248	114	A	0.9691
1599	6.255	86.2	B	0.9691
1597	6.263	2.24	A	0.9691
1596	6.267	32.9	B	0.9691
1592	6.281	197	B	0.9691
1590	6.289	7.69	A	0.9691
1588	6.297	321	B	0.9691
1588	6.297	312	A	0.9691
1585	6.308	6.88	B	0.9691
1584	6.311	709	A	0.9691
1580	6.329	0.832	A	0.9691
1572	6.36	42.9	B	0.9691
1570	6.371	10.8	B	0.9691
1569	6.372	386	A	0.9691
1568	6.378	0.269	B	0.9691
1566	6.387	204	A	0.9691
1560	6.41	10.4	B	0.9691
1557	6.423	40.6	A	0.9691
1550	6.452	20.8	B	0.9691
1544	6.477	0.139	A	0.9691
1542	6.487	0.406	B	0.9691
1535	6.513	217	A	0.9691
1529	6.542	0.0993	B	0.9691
1523	6.565	74	A	0.9691
1520	6.578	47.1	A	0.9691
1515	6.601	15	B	0.9691
1513	6.608	2.18	A	0.9691
1510	6.622	0.558	A	0.9691
1506	6.642	0.0111	B	0.9691
1498	6.676	0.182	B	0.9691
1495	6.691	12.9	A	0.9691
1492	6.704	4.82	B	0.9691
1487	6.726	163	A	0.9691
1484	6.74	56.5	A	0.9691
1481	6.751	10.6	B	0.9691
1475	6.778	3.61	A	0.9691
1472	6.792	0.472	B	0.9691
1467	6.815	0.992	B	0.9691
1467	6.817	18.5	A	0.9691
1465	6.827	0.972	B	0.9691
1465	6.827	23.3	A	0.9691
1459	6.853	5.3	A	0.9691
1454	6.879	37.5	B	0.9691
1449	6.902	14.4	B	0.9691
1443	6.931	4.67	B	0.9691
1442	6.933	1.12	A	0.9691
1440	6.944	0.0044	A	0.9691
1436	6.962	5.07	B	0.9691
1436	6.966	58.8	A	0.9691
1432	6.985	0.46	B	0.9691
1424	7.021	49.9	A	0.9691
1421	7.037	0.027	B	0.9691
1419	7.048	160	A	0.9691
1415	7.067	6.53	B	0.9691
1412	7.081	5.27	A	0.9691
1410	7.093	0.037	B	0.9691
1409	7.099	0.267	A	0.9691
1405	7.118	3.13	A	0.9691
1404	7.125	2.07	B	0.9691
1400	7.141	0.309	B	0.9691
1395	7.168	18.6	B	0.9691
1394	7.173	73.7	A	0.9691
1393	7.177	7.82	B	0.9691
1391	7.188	28.6	A	0.9691
1388	7.205	19.4	A	0.9691
1384	7.227	5.48	B	0.9691
1384	7.227	0.14	A	0.9691
1381	7.242	0.0398	B	0.9691
1380	7.245	20	A	0.9691
1378	7.258	17.1	B	0.9691
1374	7.279	2.58	A	0.9691
1372	7.287	2.05	B	0.9691
1370	7.301	5.6	A	0.9691
1366	7.319	46.1	A	0.9691
1365	7.325	0.831	B	0.9691
1361	7.347	49.3	A	0.9691
1360	7.352	20.2	B	0.9691
1357	7.372	1.42	A	0.9691
1352	7.399	58	B	0.9691
1351	7.4	10	A	0.9691
1348	7.416	4.53	B	0.9691
1345	7.433	1.01	B	0.9691
1345	7.433	22	A	0.9691
1343	7.445	37.7	A	0.9691
1339	7.466	120	B	0.9691
1338	7.476	5.93	A	0.9691
1330	7.521	0.42	B	0.9691
1327	7.536	79.7	A	0.9691
1325	7.545	22.1	B	0.9691
1318	7.586	0.484	A	0.9691
1315	7.603	58.1	A	0.9691
1312	7.622	24	B	0.9691
1310	7.631	1.05	A	0.9691
1305	7.666	56	A	0.9691
1301	7.684	357	B	0.9691
1296	7.718	8.92	B	0.9691
1294	7.73	223	A	0.9691
1287	7.767	1.4e+3	A	0.9691
1281	7.809	130	B	0.9691
1277	7.829	0.0318	A	0.9691
1274	7.846	8.48	A	0.9691
1270	7.877	0.987	A	0.9691
1268	7.889	43.4	B	0.9691
1263	7.916	109	B	0.9691
1261	7.931	0.0063	B	0.9691
1261	7.932	343	A	0.9691
1245	8.029	0.6	A	0.9691
1240	8.063	273	A	0.9691
1231	8.124	32.5	B	0.9691
1224	8.167	167	A	0.9691
1222	8.186	48	B	0.9691
1218	8.207	1.51	A	0.9691
1215	8.231	120	B	0.9691
1210	8.267	5.01	B	0.9691
1210	8.267	97.1	A	0.9691
1205	8.298	19.2	B	0.9691
1194	8.373	6.99	B	0.9691
1191	8.397	54.8	A	0.9691
1191	8.399	2.12	B	0.9691
1189	8.407	69.8	A	0.9691
1184	8.444	178	B	0.9691
1184	8.449	0.0851	A	0.9691
1176	8.5	43.3	B	0.9691
1174	8.52	9.15	A	0.9691
1171	8.54	260	A	0.9691
1169	8.556	0.207	B	0.9691
1167	8.569	50.7	A	0.9691
1149	8.702	12.3	A	0.9691
1145	8.732	9.77	B	0.9691
1133	8.828	0.449	A	0.9691
1132	8.835	0.0123	A	0.9691
1130	8.848	0.855	B	0.9691
1115	8.972	8.46	B	0.9691
1108	9.027	2.08	A	0.9691
1103	9.067	0.193	B	0.9691
1101	9.084	0.079	A	0.9691
1095	9.129	0.0185	B	0.9691
1083	9.235	5.06	A	0.9691
1082	9.243	0.414	B	0.9691
1079	9.267	10.4	A	0.9794
1077	9.284	0.508	B	0.9794
1069	9.356	0.198	A	0.9794
1066	9.381	0.0691	B	0.9794
1050	9.527	0.0952	A	0.9794
1049	9.536	0.0067	B	0.9794
1029	9.722	2.26	A	0.9794
1007	9.933	1.25	A	0.9794
998.6	10.01	17.3	B	0.9794
992.8	10.07	0.0904	B	0.9794
978.2	10.22	0	A	0.9794
977.2	10.23	2.5	A	0.9794
975.6	10.25	0.0002	A	0.9794
975.5	10.25	0.641	B	0.9794
974.4	10.26	0.0007	A	0.9794
961.9	10.4	0.0721	B	0.9794
961.8	10.4	0.0014	A	0.9794
958.2	10.44	0.809	B	0.9794
956.6	10.45	4.17	A	0.9794
956.5	10.45	0.308	A	0.9794
956.5	10.45	9.55	B	0.9794
945.6	10.58	0.288	B	0.9794
932.7	10.72	4.74	B	0.9794
924.4	10.82	17.4	A	0.9794
924.2	10.82	1.68	B	0.9794
917.3	10.9	57.5	B	0.9794
914.2	10.94	0.0062	A	0.9794
909.2	11	0	A	0.9794
908.6	11.01	49.2	B	0.9794
907.8	11.02	1.79	A	0.9794
902.8	11.08	0.0016	A	0.9794
901	11.1	28	B	0.9794
896	11.16	9.34	B	0.9794
888.4	11.26	13.1	A	0.9794
877.8	11.39	0.0486	B	0.9794
872.8	11.46	0.26	B	0.9794
866.3	11.54	0.0003	A	0.9794
862.9	11.59	0.236	B	0.9794
861.7	11.61	0.0105	A	0.9794
861.3	11.61	0	A	0.9794
848.5	11.78	0.0013	A	0.9794
847.3	11.8	0.754	B	0.9794
843.6	11.85	2.73	B	0.9794
821.8	12.17	0.038	A	0.9794
815.3	12.27	6.87	A	0.9794
814.7	12.27	22.2	B	0.9794
813.8	12.29	0	A	0.9794
809.9	12.35	0.212	B	0.9794
809.1	12.36	0.0006	A	0.9794
808.2	12.37	2.87	B	0.9794
802.5	12.46	2.05	B	0.9794
800.4	12.49	57.2	B	0.9794
796.9	12.55	0	A	0.9794
795.1	12.58	60.4	B	0.9794
791.5	12.63	0.849	A	0.9794
790.7	12.65	1.03	B	0.9794
788	12.69	7.49	A	0.9794
782.1	12.79	0.272	B	0.9794
763.1	13.1	2.08	A	0.9794
758.8	13.18	0.234	B	0.9794
757.2	13.21	38.3	B	0.9794
745.5	13.41	0.0005	A	0.9794
745.2	13.42	0.223	B	0.9794
739.6	13.52	0.0003	A	0.9794
730	13.7	0.0114	B	0.9794
723.9	13.81	0.0098	A	0.9794
723	13.83	1.97	B	0.9794
722.9	13.83	0.0004	A	0.9794
721.8	13.85	0.0001	A	0.9794
721.6	13.86	5.54	B	0.9794
720.2	13.89	1.28	A	0.9794
710.1	14.08	4.58	B	0.9794
707.7	14.13	0.0001	A	0.9794
707	14.14	6.02	B	0.9794
703	14.22	0.0002	A	0.9794
702.8	14.23	14.2	B	0.9794
701.8	14.25	0.283	A	0.9794
697.7	14.33	0	A	0.9794
695.2	14.38	3.21	B	0.9794
693.7	14.42	0.0647	B	0.9794
685.8	14.58	0.0002	A	0.9794
684.6	14.61	0.958	B	0.9794
678.6	14.74	1.56	B	0.9794
668.1	14.97	1.8	B	0.9794
667.5	14.98	7.32	B	0.9794
664.3	15.05	4.91	A	0.9794
658.1	15.2	0	A	0.9794
654.5	15.28	3.23	A	0.9794
645.7	15.49	0.0012	A	0.9794
638.7	15.66	3.85	A	0.9794
638	15.68	1.26	B	0.9794
636.5	15.71	0.423	B	0.9794
634.8	15.75	0.0445	A	0.9794
630.6	15.86	1.33	A	0.9794
628.9	15.9	0.0093	B	0.9794
626.7	15.96	0.0025	A	0.9794
625.6	15.98	0.0011	A	0.9794
623.8	16.03	1.65	B	0.9794
622.7	16.06	0.0854	B	0.9794
621.3	16.09	1.94	B	0.9794
617.9	16.18	2.56	A	0.9794
617.7	16.19	0.0244	B	0.9794
615.2	16.26	0.0156	A	0.9794
612.8	16.32	0.324	B	0.9794
611.9	16.34	0.0002	A	0.9794
608.9	16.42	0.212	B	0.9794
608.7	16.43	6.22	A	0.9794
601.3	16.63	0.334	B	0.9794
598.5	16.71	0.438	B	0.9794
594.2	16.83	0.0013	A	0.9794
594.2	16.83	3.98	B	0.9794
586.9	17.04	2.52	A	0.9794
585.6	17.08	0.103	B	0.9794
585.2	17.09	0.0453	A	0.9794
583.5	17.14	0.0021	B	0.9794
582.4	17.17	0.454	B	0.9794
581.9	17.18	0.82	B	0.9794
572.7	17.46	0.153	B	0.9794
571.7	17.49	0	A	0.9794
570	17.54	0.382	A	0.9794
567.1	17.63	0.0001	A	0.9794
566.3	17.66	7.99	B	0.9794
557.7	17.93	0.889	A	0.9794
556.4	17.97	0.0009	A	0.9794
556.3	17.98	0.524	B	0.9794
554.6	18.03	0.558	B	0.9794
553.4	18.07	0.003	A	0.9794
547.4	18.27	1.49	A	0.9794
547.3	18.27	0.257	A	0.9794
543.9	18.39	2.34	B	0.9794
537.7	18.6	1.39	B	0.9794
531	18.83	1.96	A	0.9794
529.7	18.88	0	A	0.9794
520.3	19.22	0.0073	A	0.9794
519.6	19.25	0.0222	B	0.9794
519.2	19.26	0.0003	A	0.9794
516.9	19.35	0.161	B	0.9794
513.6	19.47	0.0322	B	0.9794
511.6	19.55	1.1	B	0.9794
506.3	19.75	1.33	A	0.9794
504.5	19.82	0	A	0.9794
496.9	20.13	0	A	0.9794
486.5	20.55	0.122	A	0.9794
481.7	20.76	0.533	B	0.9794
469.4	21.31	3.46	B	0.9794
468.8	21.33	0.0328	B	0.9794
462.7	21.61	0.0392	A	0.9794
459.2	21.78	0.564	B	0.9794
450.8	22.18	0.0001	A	0.9794
445.2	22.46	0.101	A	0.9794
435.8	22.95	0.209	B	0.9794
431.6	23.17	0.0002	A	0.9794
424.2	23.58	0	A	0.9794
423.4	23.62	0.0005	A	0.9794
420.3	23.79	0.182	B	0.9794
419.5	23.84	10	B	0.9794
416.4	24.02	5.92	A	0.9794
414.3	24.14	0.0005	A	0.9794
412.2	24.26	3.43	B	0.9794
405.8	24.64	0.031	B	0.9794
405.7	24.65	0	A	0.9794
402.8	24.82	0.0002	A	0.9794
400.6	24.96	1.92	B	0.9794
391.7	25.53	0.816	B	0.9794
386.1	25.9	0.0134	A	0.9794
381.6	26.21	0.667	B	0.9794
380.7	26.27	0.118	A	0.9794
374.7	26.69	0.0489	B	0.9794
370.9	26.96	1.69	B	0.9794
370.6	26.98	0.228	B	0.9794
363.5	27.51	0	A	0.9794
359.7	27.8	0.149	B	0.9794
344.3	29.04	0.0094	B	0.9794
336.3	29.73	0.061	A	0.9794
336.3	29.73	0.0029	B	0.9794
335	29.85	0.165	B	0.9794
330.9	30.22	0	A	0.9794
329.9	30.31	0.0016	A	0.9794
325.8	30.7	0	A	0.9794
321.9	31.07	0.212	B	0.9794
321.6	31.09	0.0001	A	0.9794
312.9	31.96	0	A	0.9794
309.9	32.27	3.26	B	0.9794
307.5	32.52	0.0001	A	0.9794
285.5	35.02	0	A	0.9794
283.6	35.26	4.09	B	0.9794
276.5	36.16	0.019	B	0.9794
265.5	37.67	0.419	B	0.9794
261.2	38.28	2.29	B	0.9794
255	39.22	0	A	0.9794
253.5	39.45	0.0102	A	0.9794
247.7	40.37	0.0449	B	0.9794
231.9	43.13	0.0145	B	0.9794
225.4	44.37	4.95	B	0.9794
221.2	45.21	0.0288	A	0.9794
218.2	45.83	0	A	0.9794
211.1	47.38	0	A	0.9794
209.9	47.65	0	B	0.9794
198.9	50.28	0	A	0.9794
189.5	52.76	0.087	B	0.9794
185.9	53.79	0	B	0.9794
177.8	56.23	3.05	A	0.9794
169.9	58.87	0.627	A	0.9794
165.6	60.39	0	A	0.9794
152	65.77	0	A	0.9794
150.4	66.47	0.542	B	0.9794
146.6	68.21	0.972	B	0.9794
146.2	68.38	1.78	B	0.9794
135.7	73.71	0.144	B	0.9794
125.3	79.84	3.61	B	0.9794
123.6	80.94	0	A	0.9794
110.6	90.44	0.291	B	0.9794
88.94	112.4	0	A	0.9794
79.79	125.3	0.0242	B	0.9794
76.67	130.4	0	A	0.9794
73.16	136.7	0	A	0.9794
57.17	174.9	0.0043	B	0.9794
54.03	185.1	0	A	0.9794
43.44	230.2	0.0888	B	0.9794
32.74	305.5	2.68	B	0.9794
30.23	330.7	0	A	0.9794
23.21	430.9	1.05	B	0.9794
18.45	541.9	0	A	0.9794
11.24	889.4	0.0474	B	0.9794

Vibrations

• Ricca, A., Boersma, C., Maragkoudakis, A., Roser, J.E., Shannon, M.J., Allamandola, L.J., Bauschlicher Jr., C.W., "THE NASA AMES PAH IR SPECTROSCOPIC DATABASE: COMPUTATIONAL VERSION 4.00, SOFTWARE TOOLS, WEBSITE, AND DOCUMENTATION", The Astrophysical Journal Supplement Series, 282, 7, 2025 10.3847/1538-4365/ae1c38 — BibTeX - RIS
• Mattioda, A.L., Hudgins, D. M., Boersma, C., Ricca, A., Peeters, E., Cami, J., Sánchez de Armas, F., Puerta Saborido, G., Bauschlicher, C.W., J., and Allamandola, L.J. "THE NASA AMES PAH IR SPECTROSCOPIC DATABASE: THE LABORATORY SPECTRA", The Astrophysical Journal Supplement Series, 251, 22, 2020 10.3847/1538-4365/abc2c8 — BibTeX - RIS
• Bauschlicher, Jr., C.W., Ricca, A., Boersma, C., Allamandola, L.J., "THE NASA AMES PAH IR SPECTROSCOPIC DATABASE: COMPUTATIONAL VERSION 3.00 WITH UPDATED CONTENT AND THE INTRODUCTION OF MULTIPLE SCALING FACTORS", The Astrophysical Journal Supplement Series, 234, 32, 2018 10.3847/1538-4365/aaa019 — BibTeX - RIS
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