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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3091	3.235	64.2	A	0.9597
3068	3.259	6.88	A	0.9597
3057	3.271	136	A	0.9597
3057	3.271	290	A	0.9597
3057	3.272	24.7	A	0.9597
3056	3.272	241	A	0.9597
3055	3.273	215	A	0.9597
3055	3.273	36.1	A	0.9597
3043	3.287	63.9	A	0.9597
3042	3.287	21.1	A	0.9597
3042	3.288	28.5	A	0.9597
3041	3.288	80.3	A	0.9597
3039	3.291	31.2	A	0.9597
3039	3.291	0.833	A	0.9597
3038	3.291	17.9	A	0.9597
3038	3.292	24.5	A	0.9597
3037	3.293	38.2	A	0.9597
3037	3.293	15.2	A	0.9597
3036	3.294	3.81	A	0.9597
3036	3.294	11.9	A	0.9597
3035	3.295	7.26	A	0.9597
3035	3.295	0.895	A	0.9597
3034	3.296	0.112	A	0.9597
3032	3.298	13.4	A	0.9597
1622	6.167	26.9	A	0.9691
1620	6.175	29.6	A	0.9691
1617	6.184	95.4	A	0.9691
1612	6.205	3.36	A	0.9691
1603	6.237	41	A	0.9691
1601	6.246	25	A	0.9691
1596	6.265	105	A	0.9691
1595	6.27	20.5	A	0.9691
1591	6.284	96.2	A	0.9691
1589	6.295	0.703	A	0.9691
1586	6.305	14.9	A	0.9691
1583	6.317	47.9	A	0.9691
1582	6.32	34	A	0.9691
1574	6.354	188	A	0.9691
1572	6.362	3.12	A	0.9691
1563	6.397	91.1	A	0.9691
1561	6.408	23.5	A	0.9691
1558	6.418	18.2	A	0.9691
1549	6.456	27.5	A	0.9691
1546	6.467	15.5	A	0.9691
1545	6.473	27.6	A	0.9691
1539	6.496	7.55	A	0.9691
1528	6.543	25.9	A	0.9691
1518	6.587	0.503	A	0.9691
1515	6.602	27.4	A	0.9691
1508	6.63	66.5	A	0.9691
1501	6.662	3.14	A	0.9691
1498	6.678	17.5	A	0.9691
1491	6.708	0.682	A	0.9691
1485	6.732	4.37	A	0.9691
1482	6.746	13.5	A	0.9691
1479	6.762	57.2	A	0.9691
1474	6.786	4.47	A	0.9691
1471	6.798	8.76	A	0.9691
1467	6.815	1.61	A	0.9691
1466	6.819	14.8	A	0.9691
1461	6.847	7.01	A	0.9691
1456	6.868	0.0145	A	0.9691
1450	6.897	5.84	A	0.9691
1448	6.905	3.25	A	0.9691
1443	6.93	54.7	A	0.9691
1441	6.942	20.5	A	0.9691
1438	6.954	12	A	0.9691
1434	6.975	8.55	A	0.9691
1426	7.014	3.93	A	0.9691
1424	7.021	5.72	A	0.9691
1419	7.047	8.14	A	0.9691
1416	7.062	3.69	A	0.9691
1414	7.074	29.6	A	0.9691
1411	7.085	8.93	A	0.9691
1410	7.095	7.79	A	0.9691
1403	7.127	2.57	A	0.9691
1402	7.132	3.94	A	0.9691
1401	7.139	14.2	A	0.9691
1397	7.16	1.54	A	0.9691
1396	7.163	3.01	A	0.9691
1391	7.189	18.9	A	0.9691
1388	7.203	6.15	A	0.9691
1387	7.212	7.48	A	0.9691
1385	7.221	2.94	A	0.9691
1383	7.231	11.4	A	0.9691
1381	7.243	2.38	A	0.9691
1378	7.257	4.3	A	0.9691
1375	7.275	18.2	A	0.9691
1371	7.293	45.2	A	0.9691
1370	7.3	18.1	A	0.9691
1366	7.319	2.54	A	0.9691
1365	7.325	30.7	A	0.9691
1362	7.344	1.64	A	0.9691
1359	7.356	1.72	A	0.9691
1355	7.378	4.75	A	0.9691
1351	7.402	17.8	A	0.9691
1346	7.432	1.49	A	0.9691
1343	7.444	53.8	A	0.9691
1341	7.457	4.28	A	0.9691
1336	7.483	49	A	0.9691
1335	7.493	14.7	A	0.9691
1329	7.526	7.11	A	0.9691
1321	7.568	57.8	A	0.9691
1316	7.597	29.8	A	0.9691
1314	7.611	36.7	A	0.9691
1312	7.621	12	A	0.9691
1307	7.649	54.6	A	0.9691
1304	7.667	40.3	A	0.9691
1292	7.74	41.6	A	0.9691
1286	7.774	91	A	0.9691
1285	7.783	19.7	A	0.9691
1279	7.816	244	A	0.9691
1275	7.846	20.3	A	0.9691
1273	7.855	11.1	A	0.9691
1268	7.884	625	A	0.9691
1267	7.893	45.4	A	0.9691
1262	7.927	163	A	0.9691
1256	7.961	21.7	A	0.9691
1245	8.03	19.6	A	0.9691
1230	8.132	8.72	A	0.9691
1218	8.213	0.822	A	0.9691
1214	8.236	12.3	A	0.9691
1205	8.3	4.71	A	0.9691
1200	8.33	15.5	A	0.9691
1199	8.337	5.97	A	0.9691
1196	8.362	215	A	0.9691
1190	8.404	16.9	A	0.9691
1185	8.439	118	A	0.9691
1182	8.46	31.1	A	0.9691
1176	8.505	80.9	A	0.9691
1171	8.543	34.7	A	0.9691
1165	8.581	36.9	A	0.9691
1162	8.603	132	A	0.9691
1159	8.629	62	A	0.9691
1157	8.641	0.365	A	0.9691
1153	8.673	57.9	A	0.9691
1146	8.728	15.4	A	0.9691
1144	8.745	41.5	A	0.9691
1140	8.773	12.9	A	0.9691
1132	8.835	35.2	A	0.9691
1126	8.878	9.96	A	0.9691
1115	8.972	4.08	A	0.9691
1102	9.076	1.42	A	0.9691
1088	9.19	3.03	A	0.9794
1086	9.212	8.98	A	0.9691
1077	9.282	8.36	A	0.9794
1072	9.331	4.39	A	0.9794
1059	9.44	0.0764	A	0.9794
1057	9.459	7.82	A	0.9794
1047	9.553	1.33	A	0.9794
1035	9.665	1.71	A	0.9794
1029	9.714	1.23	A	0.9794
1019	9.818	4.28	A	0.9794
1013	9.875	0.717	A	0.9794
979.8	10.21	0.58	A	0.9794
952.2	10.5	0.155	A	0.9794
943.6	10.6	5.09	A	0.9794
942.5	10.61	0.0003	A	0.9794
941.7	10.62	0.0041	A	0.9794
938.9	10.65	0.0367	A	0.9794
938.7	10.65	0.0022	A	0.9794
935.2	10.69	0.0226	A	0.9794
933.8	10.71	7.11	A	0.9794
928	10.78	9.74	A	0.9794
926.3	10.8	0.829	A	0.9794
906.3	11.03	4.55	A	0.9794
883.5	11.32	0.377	A	0.9794
879.4	11.37	2.63	A	0.9794
872.7	11.46	158	A	0.9794
870.4	11.49	1.74	A	0.9794
866.4	11.54	70.5	A	0.9794
865.2	11.56	3.04	A	0.9794
863.4	11.58	0.0258	A	0.9794
859.7	11.63	11.9	A	0.9794
859.1	11.64	0.078	A	0.9794
854.1	11.71	12.8	A	0.9794
846.3	11.82	5.93	A	0.9794
843.5	11.86	11.9	A	0.9794
840.8	11.89	0.523	A	0.9794
837.3	11.94	1.62	A	0.9794
833.5	12	2.43	A	0.9794
829.7	12.05	2.83	A	0.9794
824.8	12.12	3.65	A	0.9794
817.1	12.24	8.08	A	0.9794
810.2	12.34	1.98	A	0.9794
805	12.42	5.88	A	0.9794
802.9	12.45	0.448	A	0.9794
795	12.58	0.672	A	0.9794
792.7	12.61	14.1	A	0.9794
786.6	12.71	0.0404	A	0.9794
784.2	12.75	5.08	A	0.9794
782.5	12.78	1.09	A	0.9794
776.1	12.88	3.38	A	0.9794
772.6	12.94	6.27	A	0.9794
772.4	12.95	6.49	A	0.9794
766.3	13.05	0.231	A	0.9794
764.1	13.09	0.163	A	0.9794
757.8	13.2	0.646	A	0.9794
744.3	13.44	0.428	A	0.9794
741.3	13.49	0.0444	A	0.9794
740.4	13.51	0.231	A	0.9794
736.2	13.58	0.198	A	0.9794
735.2	13.6	0.0015	A	0.9794
731.3	13.68	3.8	A	0.9794
730.4	13.69	9.65	A	0.9794
727.2	13.75	0.0083	A	0.9794
717.2	13.94	0.74	A	0.9794
715.8	13.97	2.42	A	0.9794
712.5	14.04	0.0276	A	0.9794
710	14.09	0.126	A	0.9794
705.9	14.17	0.483	A	0.9794
704.7	14.19	0.0073	A	0.9794
695.4	14.38	0.382	A	0.9794
692.3	14.45	0.896	A	0.9794
686.9	14.56	0.215	A	0.9794
684.7	14.6	0.0021	A	0.9794
683.5	14.63	0.572	A	0.9794
676.3	14.79	3.1	A	0.9794
673.3	14.85	6.24	A	0.9794
659.9	15.15	0.493	A	0.9794
659.2	15.17	4.7	A	0.9794
657.4	15.21	1.08	A	0.9794
650.6	15.37	1.11	A	0.9794
645.7	15.49	2.66	A	0.9794
643.2	15.55	0.0176	A	0.9794
637.4	15.69	2.65	A	0.9794
629.5	15.89	0.553	A	0.9794
629.3	15.89	0.517	A	0.9794
625.9	15.98	0.0016	A	0.9794
621.4	16.09	0.155	A	0.9794
621.1	16.1	1.74	A	0.9794
616.5	16.22	0.243	A	0.9794
613.7	16.3	2.15	A	0.9794
610.2	16.39	16.3	A	0.9794
606.3	16.49	0.156	A	0.9794
604.3	16.55	0.737	A	0.9794
600.7	16.65	0.681	A	0.9794
599.5	16.68	4.42	A	0.9794
595.4	16.8	1.74	A	0.9794
593.3	16.86	1.28	A	0.9794
591.6	16.9	2.48	A	0.9794
590.8	16.93	0.0117	A	0.9794
588.4	16.99	0.0018	A	0.9794
585.3	17.09	2.35	A	0.9794
584.3	17.11	0.15	A	0.9794
580	17.24	4.57	A	0.9794
575.3	17.38	2.69	A	0.9794
571	17.51	0.104	A	0.9794
569.3	17.57	0.425	A	0.9794
566.7	17.65	0.032	A	0.9794
565.8	17.67	3.42	A	0.9794
562.1	17.79	1.14	A	0.9794
558.4	17.91	0.051	A	0.9794
556.7	17.96	0.0349	A	0.9794
553.8	18.06	0.489	A	0.9794
551.5	18.13	0.0414	A	0.9794
546.3	18.3	0.369	A	0.9794
544.5	18.37	0.024	A	0.9794
544.3	18.37	2.51	A	0.9794
531.8	18.8	0.35	A	0.9794
531	18.83	0.0866	A	0.9794
524.5	19.06	0.218	A	0.9794
524.5	19.07	1.37	A	0.9794
515	19.42	4.52	A	0.9794
509.3	19.64	0.038	A	0.9794
506	19.76	0.372	A	0.9794
505.3	19.79	0.499	A	0.9794
482.9	20.71	1.52	A	0.9794
474.6	21.07	6.76	A	0.9794
470.3	21.26	1.72	A	0.9794
470.1	21.27	0.271	A	0.9794
459.1	21.78	0.103	A	0.9794
451.6	22.14	1.14	A	0.9794
440.3	22.71	0.0402	A	0.9794
438.5	22.81	0.857	A	0.9794
433.3	23.08	0.239	A	0.9794
429.8	23.27	5.97	A	0.9794
426.7	23.44	0.206	A	0.9794
418.4	23.9	0.0317	A	0.9794
414.8	24.11	0.301	A	0.9794
411.2	24.32	1.06	A	0.9794
407.7	24.53	0.0191	A	0.9794
406.3	24.61	0.277	A	0.9794
404.9	24.7	0.0392	A	0.9794
402	24.88	4.27	A	0.9794
399.2	25.05	0.0029	A	0.9794
393.6	25.4	0.859	A	0.9794
390.8	25.59	0.0022	A	0.9794
389.6	25.66	1.09	A	0.9794
373.8	26.76	1.41	A	0.9794
369.8	27.04	0.217	A	0.9794
366.7	27.27	0.506	A	0.9794
363.9	27.48	1.96	A	0.9794
352.9	28.33	0.662	A	0.9794
350.4	28.54	0.0085	A	0.9794
346	28.9	0.0351	A	0.9794
323.7	30.89	0.0603	A	0.9794
315.2	31.73	0.0408	A	0.9794
314.7	31.78	0.546	A	0.9794
312.3	32.03	0.802	A	0.9794
307.6	32.51	2.31	A	0.9794
301.8	33.13	0.205	A	0.9794
296.2	33.76	0.627	A	0.9794
295.6	33.83	0.712	A	0.9794
284.6	35.14	0.0444	A	0.9794
274.7	36.4	0.0532	A	0.9794
273.6	36.55	8.54	A	0.9794
266.6	37.51	0.777	A	0.9794
262	38.17	0.195	A	0.9794
251.7	39.73	1.74	A	0.9794
241.2	41.45	0.0126	A	0.9794
239	41.84	0.166	A	0.9794
226.5	44.15	13	A	0.9794
224.6	44.52	0.0234	A	0.9794
215.5	46.41	0.0019	A	0.9794
201.4	49.66	0.0008	A	0.9794
195.2	51.22	0.691	A	0.9794
188.8	52.96	0.12	A	0.9794
187.3	53.39	0.0513	A	0.9794
180.1	55.51	0.378	A	0.9794
170.3	58.73	0.396	A	0.9794
169.8	58.88	22.2	A	0.9794
161.8	61.8	0.247	A	0.9794
143.9	69.51	0.107	A	0.9794
132.6	75.44	0.949	A	0.9794
124.5	80.32	0.125	A	0.9794
115.9	86.31	0.171	A	0.9794
94.01	106.4	0.0271	A	0.9794
83.71	119.5	0.0509	A	0.9794
75.28	132.8	0.0325	A	0.9794
70.85	141.2	0.0015	A	0.9794
55.58	179.9	0.0285	A	0.9794
39.9	250.6	0.0151	A	0.9794
35.71	280.1	0.284	A	0.9794
22.72	440.2	0	A	0.9794
19.25	519.5	0.0019	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