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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3145	3.179	13.7	A	0.9597
3145	3.18	18.8	A	0.9597
3124	3.201	90.7	A	0.9597
3123	3.202	107	A	0.9597
3123	3.202	81.2	A	0.9597
3123	3.202	38	A	0.9597
3119	3.206	49.5	A	0.9597
3119	3.207	35	A	0.9597
3118	3.207	26.2	A	0.9597
3117	3.208	8.61	A	0.9597
3116	3.209	0.429	A	0.9597
3116	3.21	0.91	A	0.9597
3106	3.219	0.099	A	0.9597
3105	3.221	0.409	A	0.9597
3104	3.222	7.93	A	0.9597
3103	3.223	1.69	A	0.9597
3102	3.224	4.82	A	0.9597
3100	3.225	2.01	A	0.9597
3099	3.227	4.57	A	0.9597
3098	3.228	0.0737	A	0.9597
3098	3.228	5.93	A	0.9597
3097	3.229	0.741	A	0.9597
3094	3.232	2.22	A	0.9597
3094	3.232	1.73	A	0.9597
3093	3.233	0.929	A	0.9597
3093	3.233	1.8	A	0.9597
3075	3.252	36.9	A	0.9597
3075	3.252	34.6	A	0.9597
3074	3.253	33	A	0.9597
3074	3.253	15.9	A	0.9597
3074	3.253	47.6	A	0.9597
3073	3.254	8.49	A	0.9597
3073	3.255	7.65	A	0.9597
3072	3.255	3.6	A	0.9597
1608	6.219	34.9	A	0.9691
1606	6.228	54.9	A	0.9691
1604	6.234	55.5	A	0.9691
1604	6.235	9.88	A	0.9691
1603	6.237	0.566	A	0.9691
1602	6.241	40.9	A	0.9691
1601	6.247	6.42	A	0.9691
1600	6.252	63.7	A	0.9691
1597	6.261	6.35	A	0.9691
1597	6.261	35.8	A	0.9691
1597	6.263	15.7	A	0.9691
1596	6.266	6.45	A	0.9691
1594	6.275	103	A	0.9691
1592	6.281	30.3	A	0.9691
1592	6.283	17	A	0.9691
1589	6.293	0.138	A	0.9691
1589	6.295	3.82	A	0.9691
1585	6.31	48.5	A	0.9691
1583	6.318	72.3	A	0.9691
1581	6.323	117	A	0.9691
1579	6.334	1.33e+3	A	0.9691
1575	6.351	489	A	0.9691
1573	6.358	555	A	0.9691
1571	6.365	80.8	A	0.9691
1568	6.379	8.47	A	0.9691
1560	6.412	36.5	A	0.9691
1556	6.427	5.41	A	0.9691
1554	6.435	62.7	A	0.9691
1552	6.442	9.83	A	0.9691
1548	6.461	18.7	A	0.9691
1544	6.477	1.3	A	0.9691
1541	6.488	114	A	0.9691
1537	6.506	22.3	A	0.9691
1527	6.55	19.3	A	0.9691
1521	6.574	9.79	A	0.9691
1521	6.575	97.3	A	0.9691
1518	6.589	0.537	A	0.9691
1516	6.598	15.6	A	0.9691
1514	6.607	6.9	A	0.9691
1510	6.623	91.8	A	0.9691
1504	6.65	8.34	A	0.9691
1502	6.659	4.15	A	0.9691
1499	6.671	1.36	A	0.9691
1498	6.675	1.79	A	0.9691
1490	6.711	38.5	A	0.9691
1484	6.737	34.5	A	0.9691
1482	6.747	15	A	0.9691
1480	6.757	13.1	A	0.9691
1476	6.773	16.9	A	0.9691
1474	6.783	14	A	0.9691
1470	6.805	7.92	A	0.9691
1467	6.819	5.05	A	0.9691
1466	6.821	9.64	A	0.9691
1461	6.847	12.9	A	0.9691
1455	6.873	1.45	A	0.9691
1454	6.877	4.33	A	0.9691
1452	6.886	2.78	A	0.9691
1451	6.892	18.6	A	0.9691
1446	6.916	1.8	A	0.9691
1443	6.931	4.85	A	0.9691
1441	6.941	10.6	A	0.9691
1439	6.95	10.1	A	0.9691
1436	6.962	3.51	A	0.9691
1428	7.003	2.6	A	0.9691
1426	7.014	0.0665	A	0.9691
1421	7.036	2.91	A	0.9691
1417	7.057	11.6	A	0.9691
1415	7.067	2.19	A	0.9691
1413	7.078	7.83	A	0.9691
1412	7.082	5.75	A	0.9691
1409	7.097	10	A	0.9691
1406	7.111	2.4	A	0.9691
1403	7.129	0.152	A	0.9691
1398	7.151	4.91	A	0.9691
1396	7.162	2.06	A	0.9691
1393	7.176	0.901	A	0.9691
1390	7.193	8.02	A	0.9691
1386	7.213	1.98	A	0.9691
1384	7.227	1.09	A	0.9691
1383	7.23	3.42	A	0.9691
1382	7.238	1.52	A	0.9691
1379	7.252	0.261	A	0.9691
1376	7.267	1.51	A	0.9691
1373	7.283	11.3	A	0.9691
1370	7.298	0.349	A	0.9691
1368	7.31	0.331	A	0.9691
1366	7.32	5.58	A	0.9691
1366	7.323	0.73	A	0.9691
1364	7.33	0.482	A	0.9691
1362	7.341	3.56	A	0.9691
1359	7.359	0.225	A	0.9691
1356	7.377	2.33	A	0.9691
1355	7.383	3.98	A	0.9691
1352	7.394	14.5	A	0.9691
1351	7.4	27.8	A	0.9691
1348	7.419	0.212	A	0.9691
1346	7.428	1.31	A	0.9691
1345	7.437	13.9	A	0.9691
1344	7.44	6.65	A	0.9691
1343	7.445	30.4	A	0.9691
1342	7.452	1.54	A	0.9691
1339	7.467	3.74	A	0.9691
1337	7.478	14.5	A	0.9691
1337	7.482	42.4	A	0.9691
1333	7.503	24.6	A	0.9691
1331	7.512	37.6	A	0.9691
1328	7.528	16.4	A	0.9691
1327	7.534	2.68	A	0.9691
1326	7.541	13.1	A	0.9691
1325	7.549	224	A	0.9691
1318	7.585	229	A	0.9691
1315	7.607	12.9	A	0.9691
1312	7.624	31.4	A	0.9691
1311	7.627	83.4	A	0.9691
1310	7.635	128	A	0.9691
1304	7.67	115	A	0.9691
1302	7.68	5.1	A	0.9691
1297	7.708	132	A	0.9691
1295	7.724	558	A	0.9691
1293	7.731	69.3	A	0.9691
1289	7.757	61.9	A	0.9691
1287	7.772	111	A	0.9691
1285	7.783	306	A	0.9691
1283	7.796	338	A	0.9691
1278	7.825	41.6	A	0.9691
1276	7.837	220	A	0.9691
1265	7.904	96.1	A	0.9691
1264	7.91	100	A	0.9691
1256	7.96	604	A	0.9691
1254	7.977	137	A	0.9691
1251	7.995	658	A	0.9691
1248	8.014	2.47	A	0.9691
1240	8.064	13.6	A	0.9691
1239	8.068	274	A	0.9691
1237	8.081	37.8	A	0.9691
1234	8.103	64.5	A	0.9691
1230	8.127	372	A	0.9691
1226	8.154	174	A	0.9691
1221	8.189	31	A	0.9691
1217	8.215	57.8	A	0.9691
1216	8.222	13.7	A	0.9691
1215	8.229	30.9	A	0.9691
1209	8.273	11.6	A	0.9691
1203	8.31	13.2	A	0.9691
1202	8.322	2.02	A	0.9691
1194	8.377	68.6	A	0.9691
1193	8.385	31.3	A	0.9691
1185	8.436	101	A	0.9691
1184	8.448	12.6	A	0.9691
1177	8.493	3.13	A	0.9691
1176	8.503	2.89	A	0.9691
1174	8.515	16.6	A	0.9691
1170	8.544	14.7	A	0.9691
1164	8.588	2.87	A	0.9691
1161	8.61	58.9	A	0.9691
1158	8.639	11.6	A	0.9691
1151	8.687	21.5	A	0.9691
1150	8.699	11.2	A	0.9691
1145	8.737	31.5	A	0.9691
1133	8.827	4.65	A	0.9691
1130	8.848	3.57	A	0.9691
1123	8.903	60.7	A	0.9691
1119	8.935	3.38	A	0.9691
1114	8.977	2.92	A	0.9691
1110	9.008	0.376	A	0.9691
1110	9.01	26.9	A	0.9691
1104	9.059	14.6	A	0.9691
1101	9.079	0.647	A	0.9691
1097	9.114	0.115	A	0.9691
1096	9.121	15.1	A	0.9691
1096	9.127	23.2	A	0.9691
1094	9.144	11.5	A	0.9691
1087	9.198	17	A	0.9794
1086	9.205	6.28	A	0.9691
1084	9.223	1.87	A	0.9794
1082	9.239	11.1	A	0.9691
1059	9.443	10.4	A	0.9794
1054	9.488	0.677	A	0.9794
1046	9.562	8.08	A	0.9794
1028	9.726	7	A	0.9794
1008	9.924	0.844	A	0.9794
1007	9.934	0.94	A	0.9794
999.3	10.01	3.04	A	0.9794
994.1	10.06	1.09	A	0.9794
980.3	10.2	0.343	A	0.9794
962.6	10.39	27.8	A	0.9794
959.1	10.43	0.15	A	0.9794
958.1	10.44	0.0276	A	0.9794
956.7	10.45	0.367	A	0.9794
956.4	10.46	0.244	A	0.9794
953.9	10.48	0.198	A	0.9794
952.6	10.5	0.191	A	0.9794
951.3	10.51	0.248	A	0.9794
951	10.52	0.0161	A	0.9794
949.1	10.54	0.0175	A	0.9794
947.5	10.55	0.0275	A	0.9794
947	10.56	1.2	A	0.9794
930.2	10.75	0.647	A	0.9794
925.5	10.81	0.0918	A	0.9794
921	10.86	0.228	A	0.9794
920	10.87	0.327	A	0.9794
919.3	10.88	0.123	A	0.9794
917.9	10.89	13.7	A	0.9794
913	10.95	5.32	A	0.9794
906.6	11.03	17.3	A	0.9794
887.3	11.27	0.444	A	0.9794
885.9	11.29	5.27	A	0.9794
884.6	11.3	0.215	A	0.9794
882.6	11.33	1.06	A	0.9794
882.3	11.33	1.08	A	0.9794
879.6	11.37	0.269	A	0.9794
877.3	11.4	0.876	A	0.9794
874.3	11.44	0.568	A	0.9794
873.4	11.45	0.0859	A	0.9794
871.7	11.47	21.6	A	0.9794
870	11.49	0.217	A	0.9794
867.6	11.53	0.0453	A	0.9794
865.7	11.55	0.0105	A	0.9794
853.6	11.71	4.09	A	0.9794
849.2	11.78	3.21	A	0.9794
828	12.08	5.16	A	0.9794
826.4	12.1	21.7	A	0.9794
825.1	12.12	4.76	A	0.9794
823.2	12.15	25.5	A	0.9794
820.6	12.19	1.54	A	0.9794
812.6	12.31	7.9	A	0.9794
811.2	12.33	10.2	A	0.9794
809.4	12.35	10.7	A	0.9794
807.4	12.38	0.628	A	0.9794
806.2	12.4	6.13	A	0.9794
805.1	12.42	1.06	A	0.9794
804.4	12.43	0.702	A	0.9794
800.2	12.5	3.31	A	0.9794
798.3	12.53	3.14	A	0.9794
795.7	12.57	2.6	A	0.9794
794.1	12.59	1.4	A	0.9794
789.2	12.67	60	A	0.9794
783.8	12.76	3.4	A	0.9794
782.6	12.78	15.4	A	0.9794
782.3	12.78	99.7	A	0.9794
781.3	12.8	108	A	0.9794
777.2	12.87	1.9	A	0.9794
767.8	13.02	0.39	A	0.9794
765.3	13.07	0.846	A	0.9794
756.8	13.21	2.05	A	0.9794
748.4	13.36	0.215	A	0.9794
745.3	13.42	2.76	A	0.9794
734.6	13.61	0.0929	A	0.9794
728	13.74	0.416	A	0.9794
726.6	13.76	3.8	A	0.9794
726.5	13.76	0.175	A	0.9794
724.9	13.8	12.6	A	0.9794
718.6	13.92	1.2	A	0.9794
715.6	13.97	0.354	A	0.9794
714.9	13.99	0.06	A	0.9794
714.1	14	3.44	A	0.9794
713	14.03	3.18	A	0.9794
712.6	14.03	0.502	A	0.9794
712.2	14.04	2.74	A	0.9794
710.9	14.07	0.184	A	0.9794
710	14.09	0.866	A	0.9794
708.4	14.12	0.816	A	0.9794
707.9	14.13	1.57	A	0.9794
701.7	14.25	0.367	A	0.9794
695.6	14.38	1.63	A	0.9794
691.6	14.46	0.914	A	0.9794
686.4	14.57	0.425	A	0.9794
681.8	14.67	0.425	A	0.9794
678.5	14.74	0.612	A	0.9794
677.8	14.75	1.73	A	0.9794
676.5	14.78	1.6	A	0.9794
669.8	14.93	2.02	A	0.9794
664.8	15.04	0.52	A	0.9794
663.3	15.08	2.8	A	0.9794
658.8	15.18	0.0899	A	0.9794
657.4	15.21	0.0064	A	0.9794
656	15.24	1.83	A	0.9794
652.2	15.33	0.38	A	0.9794
651	15.36	0.0955	A	0.9794
648.4	15.42	0.337	A	0.9794
646.6	15.47	0.455	A	0.9794
639.4	15.64	0.212	A	0.9794
635.8	15.73	0.0715	A	0.9794
635.4	15.74	0.117	A	0.9794
631.9	15.83	0.0874	A	0.9794
630.2	15.87	0.236	A	0.9794
626.2	15.97	0.0724	A	0.9794
624.5	16.01	0.154	A	0.9794
622.8	16.06	0.0362	A	0.9794
619.2	16.15	1.04	A	0.9794
617.8	16.19	0.185	A	0.9794
616.3	16.22	0.464	A	0.9794
615.5	16.25	1.13	A	0.9794
615.2	16.26	0.586	A	0.9794
613.4	16.3	1.02	A	0.9794
611.9	16.34	0.0967	A	0.9794
611.6	16.35	0.414	A	0.9794
608.8	16.43	0.174	A	0.9794
606.4	16.49	1.01	A	0.9794
604.6	16.54	0.0599	A	0.9794
603.5	16.57	0.0815	A	0.9794
602.5	16.6	0.176	A	0.9794
600.2	16.66	1.99	A	0.9794
598.1	16.72	0.25	A	0.9794
594.6	16.82	0.514	A	0.9794
594.2	16.83	0.398	A	0.9794
593.8	16.84	0.121	A	0.9794
589.8	16.96	0.829	A	0.9794
587.1	17.03	0.0196	A	0.9794
584	17.12	0.13	A	0.9794
582	17.18	0.0484	A	0.9794
580.7	17.22	0.487	A	0.9794
576.7	17.34	2.97	A	0.9794
569.3	17.57	4.22	A	0.9794
563.7	17.74	3.57	A	0.9794
561.5	17.81	0.786	A	0.9794
559.1	17.89	1.04	A	0.9794
557.4	17.94	0.059	A	0.9794
556.5	17.97	2.36	A	0.9794
555.4	18	1.06	A	0.9794
552.6	18.1	0.278	A	0.9794
547.5	18.26	0.303	A	0.9794
546	18.31	0.103	A	0.9794
542.3	18.44	0.363	A	0.9794
539.4	18.54	1.86	A	0.9794
538.3	18.58	0.53	A	0.9794
536.1	18.65	1.05	A	0.9794
533.2	18.75	0.472	A	0.9794
531.7	18.81	0.0914	A	0.9794
527.3	18.97	0.572	A	0.9794
525.3	19.04	0.636	A	0.9794
522.5	19.14	2	A	0.9794
520.5	19.21	1.13	A	0.9794
519.6	19.25	0.841	A	0.9794
518.3	19.3	0.953	A	0.9794
510.4	19.59	0.074	A	0.9794
506.5	19.74	0.149	A	0.9794
505.9	19.77	0.523	A	0.9794
502.2	19.91	0.84	A	0.9794
496.5	20.14	0.432	A	0.9794
495.6	20.18	2.02	A	0.9794
489.5	20.43	0.186	A	0.9794
481.4	20.77	0.894	A	0.9794
481.2	20.78	5.49	A	0.9794
476.1	21	0.967	A	0.9794
473.7	21.11	0.0972	A	0.9794
472.1	21.18	0.583	A	0.9794
470.9	21.24	0.0461	A	0.9794
468.9	21.33	0.0916	A	0.9794
459.5	21.76	0.486	A	0.9794
457.1	21.88	0.302	A	0.9794
446.9	22.38	4.75	A	0.9794
445.9	22.43	0.133	A	0.9794
438.5	22.8	0.425	A	0.9794
435.3	22.97	0.111	A	0.9794
432.4	23.13	0.0474	A	0.9794
428.2	23.35	0.477	A	0.9794
424.4	23.56	0.491	A	0.9794
421.3	23.74	0.207	A	0.9794
419.5	23.84	0.0186	A	0.9794
417.1	23.97	0.0854	A	0.9794
414.2	24.14	0.0017	A	0.9794
410	24.39	0.529	A	0.9794
407.5	24.54	1.21	A	0.9794
394.2	25.37	0.761	A	0.9794
392.6	25.47	0.159	A	0.9794
386	25.9	1.1	A	0.9794
382.2	26.16	0.441	A	0.9794
381.1	26.24	0.171	A	0.9794
376.8	26.54	4.87	A	0.9794
371.1	26.94	0.649	A	0.9794
367.7	27.19	0.665	A	0.9794
366.8	27.27	0.433	A	0.9794
364.9	27.41	0.193	A	0.9794
351.8	28.42	0.0107	A	0.9794
350.1	28.56	0.0916	A	0.9794
347	28.82	0.975	A	0.9794
343.6	29.1	0.879	A	0.9794
339.3	29.47	0.523	A	0.9794
334.9	29.86	2.86	A	0.9794
332.4	30.08	1.53	A	0.9794
329	30.39	7.66	A	0.9794
327.3	30.56	2.13	A	0.9794
324	30.87	1.55	A	0.9794
316.8	31.56	2.07	A	0.9794
315	31.74	1.11	A	0.9794
311.9	32.06	0.82	A	0.9794
307.5	32.52	0.319	A	0.9794
299.5	33.39	0.294	A	0.9794
291.6	34.3	0.054	A	0.9794
287	34.85	0.0723	A	0.9794
280.3	35.67	0.869	A	0.9794
278.5	35.91	2.66	A	0.9794
271.9	36.78	0.261	A	0.9794
263.6	37.94	0.206	A	0.9794
257.2	38.88	0.089	A	0.9794
255.3	39.16	0.104	A	0.9794
247.9	40.35	0.165	A	0.9794
244.2	40.95	5.37	A	0.9794
242.2	41.29	7.86	A	0.9794
230.2	43.44	1.2	A	0.9794
223.2	44.8	0.662	A	0.9794
218.7	45.73	1.79	A	0.9794
213.9	46.74	0.309	A	0.9794
208.9	47.88	0.556	A	0.9794
202.4	49.41	0.72	A	0.9794
199.2	50.21	4.06	A	0.9794
193.7	51.62	2.31	A	0.9794
189.5	52.76	0.786	A	0.9794
182.7	54.74	0.709	A	0.9794
180	55.55	0.195	A	0.9794
162.8	61.44	0.73	A	0.9794
156.5	63.92	0.976	A	0.9794
152.3	65.65	0.747	A	0.9794
146.6	68.21	1.04	A	0.9794
132	75.78	0.0796	A	0.9794
128	78.11	0.0473	A	0.9794
124	80.63	0.138	A	0.9794
123.6	80.91	0.15	A	0.9794
121	82.64	0.494	A	0.9794
120.2	83.17	0.0488	A	0.9794
112.6	88.8	0.402	A	0.9794
111.4	89.79	0.124	A	0.9794
106	94.3	0.102	A	0.9794
101.9	98.12	1.07	A	0.9794
99.22	100.8	2.03	A	0.9794
87.58	114.2	0.302	A	0.9794
81.25	123.1	0.935	A	0.9794
64.18	155.8	0.0389	A	0.9794
55.18	181.2	0.0824	A	0.9794
35.8	279.3	0.259	A	0.9794
35.03	285.5	0.91	A	0.9794
29.83	335.2	0.0052	A	0.9794
28.82	347	0.0496	A	0.9794
23.12	432.5	0.28	A	0.9794
15.39	649.6	0.0236	A	0.9794
11.84	844.7	0.0241	A	0.9794
10.94	914.5	0.0016	A	0.9794
7.199	1389	0.0087	A	0.9794
3.996	2503	0.0032	A	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
• Boersma, C., Bauschlicher, Jr., C.W., Ricca, A., Mattioda, A.L., Cami, J., Peeters, E., Sánchez de Armas, F., Puerta Saborido, G., Hudgins, D.M., Allamandola, L.J., "THE NASA AMES PAH IR SPECTROSCOPIC DATABASE VERSION 2.00: UPDATED CONTENT, WEBSITE AND ON/OFFLINE TOOLS", The Astrophysical Journal Supplement Series, 211, 8, 2014 10.1088/0067-0049/211/1/8 — BibTeX - RIS