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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3105	3.221	32.6	A	0.9597
3102	3.224	20.6	A	0.9597
3088	3.239	16.1	A	0.9597
3085	3.241	11.8	A	0.9597
3081	3.246	31.2	A	0.9597
3080	3.246	38.6	A	0.9597
3078	3.248	66.3	A	0.9597
3078	3.249	35.5	A	0.9597
3078	3.249	77.3	A	0.9597
3077	3.25	16.1	A	0.9597
3070	3.257	1.59	A	0.9597
3066	3.262	4.16	A	0.9597
3066	3.262	0.495	A	0.9597
3064	3.263	33.1	A	0.9597
3064	3.264	4.55	A	0.9597
3063	3.265	5.91	A	0.9597
3063	3.265	1.85	A	0.9597
3062	3.266	4.47	A	0.9597
3061	3.267	3.7	A	0.9597
3061	3.267	1.33	A	0.9597
3060	3.268	7.73	A	0.9597
3059	3.269	13.4	A	0.9597
3058	3.27	14.9	A	0.9597
3058	3.27	2.18	A	0.9597
1620	6.172	80.4	A	0.9691
1613	6.201	68.9	A	0.9691
1608	6.217	238	A	0.9691
1606	6.227	22	A	0.9691
1601	6.246	18.4	A	0.9691
1599	6.255	15.1	A	0.9691
1598	6.259	18.5	A	0.9691
1594	6.274	18	A	0.9691
1591	6.285	57.2	A	0.9691
1588	6.298	21.7	A	0.9691
1587	6.303	6.25	A	0.9691
1583	6.317	29.3	A	0.9691
1580	6.327	2.83	A	0.9691
1577	6.341	122	A	0.9691
1565	6.388	29.3	A	0.9691
1565	6.389	25.5	A	0.9691
1559	6.416	117	A	0.9691
1556	6.427	39.2	A	0.9691
1549	6.456	80.8	A	0.9691
1543	6.481	242	A	0.9691
1540	6.493	28.1	A	0.9691
1527	6.548	64.4	A	0.9691
1527	6.551	27.5	A	0.9691
1515	6.601	61.9	A	0.9691
1509	6.625	29.7	A	0.9691
1504	6.648	90.5	A	0.9691
1498	6.674	55.7	A	0.9691
1492	6.704	25.5	A	0.9691
1488	6.72	12.2	A	0.9691
1483	6.742	14.6	A	0.9691
1477	6.772	67.8	A	0.9691
1475	6.78	4.79	A	0.9691
1470	6.804	103	A	0.9691
1467	6.816	26.3	A	0.9691
1465	6.827	45.7	A	0.9691
1461	6.845	3.27	A	0.9691
1457	6.861	4.98	A	0.9691
1453	6.884	33	A	0.9691
1446	6.917	4.11	A	0.9691
1441	6.941	7.27	A	0.9691
1436	6.962	5.79	A	0.9691
1434	6.971	69.5	A	0.9691
1426	7.015	22	A	0.9691
1423	7.025	5.73	A	0.9691
1421	7.038	6.34	A	0.9691
1417	7.056	0.46	A	0.9691
1414	7.074	21.7	A	0.9691
1411	7.089	2.19	A	0.9691
1409	7.099	44.2	A	0.9691
1408	7.105	3.24	A	0.9691
1406	7.111	2.16	A	0.9691
1400	7.14	11	A	0.9691
1398	7.153	17	A	0.9691
1395	7.171	4.25	A	0.9691
1393	7.18	3.52	A	0.9691
1389	7.2	8.88	A	0.9691
1388	7.207	17	A	0.9691
1386	7.217	1.83	A	0.9691
1381	7.239	4.89	A	0.9691
1377	7.264	9.82	A	0.9691
1375	7.27	9.1	A	0.9691
1373	7.282	3.04	A	0.9691
1368	7.308	7.05	A	0.9691
1365	7.328	4.88	A	0.9691
1364	7.332	18	A	0.9691
1356	7.375	52.2	A	0.9691
1354	7.384	0.136	A	0.9691
1350	7.407	27.4	A	0.9691
1346	7.427	18.2	A	0.9691
1344	7.439	23.8	A	0.9691
1341	7.456	8.2	A	0.9691
1337	7.482	29	A	0.9691
1335	7.491	54.9	A	0.9691
1332	7.508	241	A	0.9691
1318	7.59	96.9	A	0.9691
1314	7.612	147	A	0.9691
1309	7.64	170	A	0.9691
1304	7.671	27.5	A	0.9691
1300	7.694	82.1	A	0.9691
1289	7.76	51.9	A	0.9691
1286	7.775	23.4	A	0.9691
1285	7.783	1.1	A	0.9691
1281	7.803	4.05	A	0.9691
1274	7.848	532	A	0.9691
1267	7.89	39.1	A	0.9691
1266	7.897	60.1	A	0.9691
1264	7.911	316	A	0.9691
1262	7.926	6.02	A	0.9691
1246	8.028	71.7	A	0.9691
1235	8.1	39.3	A	0.9691
1230	8.128	13.3	A	0.9691
1222	8.183	81.8	A	0.9691
1211	8.257	47.1	A	0.9691
1206	8.293	321	A	0.9691
1196	8.361	1.37	A	0.9691
1195	8.365	44.2	A	0.9691
1191	8.395	142	A	0.9691
1187	8.427	98.6	A	0.9691
1181	8.464	22.7	A	0.9691
1176	8.501	47.5	A	0.9691
1175	8.512	11.8	A	0.9691
1172	8.533	17.2	A	0.9691
1165	8.585	12.1	A	0.9691
1163	8.598	11.5	A	0.9691
1155	8.657	124	A	0.9691
1147	8.719	109	A	0.9691
1146	8.725	95.9	A	0.9691
1144	8.739	67.1	A	0.9691
1137	8.799	175	A	0.9691
1123	8.902	4.71	A	0.9691
1108	9.021	0.282	A	0.9691
1100	9.087	11.9	A	0.9691
1090	9.174	3.67	A	0.9691
1086	9.211	9.85	A	0.9794
1083	9.23	16.5	A	0.9691
1080	9.259	8.34	A	0.9794
1063	9.409	5.73	A	0.9794
1061	9.429	5.45	A	0.9794
1050	9.525	6.01	A	0.9794
1029	9.716	9.11	A	0.9794
1020	9.806	1.61	A	0.9794
998.7	10.01	5.96	A	0.9794
990	10.1	3.54	A	0.9794
976.4	10.24	3.04	A	0.9794
966.9	10.34	0.0529	A	0.9794
966.7	10.34	0.0042	A	0.9794
965.2	10.36	1.04	A	0.9794
964.4	10.37	0.0762	A	0.9794
963.4	10.38	0.503	A	0.9794
961.6	10.4	0.0008	A	0.9794
952	10.5	0.457	A	0.9794
942.2	10.61	5.32	A	0.9794
932.7	10.72	2.33	A	0.9794
921.3	10.85	0.201	A	0.9794
912.2	10.96	54.2	A	0.9794
907.8	11.02	41.2	A	0.9794
904	11.06	25.6	A	0.9794
902.1	11.09	4.77	A	0.9794
898.8	11.13	67	A	0.9794
895.5	11.17	7.06	A	0.9794
889.7	11.24	0.088	A	0.9794
886.6	11.28	7.17	A	0.9794
879.1	11.37	0.108	A	0.9794
874.9	11.43	1.01	A	0.9794
863.5	11.58	11.9	A	0.9794
858.4	11.65	2.45	A	0.9794
855.4	11.69	0.505	A	0.9794
847.1	11.81	1.4	A	0.9794
846.9	11.81	0.504	A	0.9794
844.7	11.84	4.37	A	0.9794
840.1	11.9	15.4	A	0.9794
833.7	11.99	1	A	0.9794
828.6	12.07	1.94	A	0.9794
821.9	12.17	2.77	A	0.9794
817.3	12.23	0.0307	A	0.9794
814.9	12.27	0.829	A	0.9794
801.4	12.48	4.83	A	0.9794
798.4	12.52	16.9	A	0.9794
793	12.61	11.1	A	0.9794
792	12.63	0.0947	A	0.9794
790.2	12.65	23.7	A	0.9794
787.8	12.69	2.36	A	0.9794
776.8	12.87	0.308	A	0.9794
765.3	13.07	1.87	A	0.9794
761.4	13.13	0.532	A	0.9794
749.5	13.34	0.153	A	0.9794
742.8	13.46	0.147	A	0.9794
740.6	13.5	0.444	A	0.9794
736.7	13.57	12	A	0.9794
736.2	13.58	0.118	A	0.9794
735.7	13.59	0.15	A	0.9794
735.3	13.6	5.06	A	0.9794
733.6	13.63	0.908	A	0.9794
719.5	13.9	2.59	A	0.9794
709.9	14.09	0.162	A	0.9794
707.5	14.13	5.4	A	0.9794
705.3	14.18	0.0178	A	0.9794
699.6	14.29	0.258	A	0.9794
694	14.41	0.23	A	0.9794
691.9	14.45	0.0451	A	0.9794
686	14.58	0.179	A	0.9794
684.1	14.62	0.678	A	0.9794
680.6	14.69	3.23	A	0.9794
674.1	14.83	2.87	A	0.9794
674	14.84	1.58	A	0.9794
660.5	15.14	0.317	A	0.9794
654.9	15.27	0.262	A	0.9794
646.4	15.47	2.11	A	0.9794
645.6	15.49	3.42	A	0.9794
641.8	15.58	4.73	A	0.9794
635.2	15.74	3.14	A	0.9794
634.6	15.76	0.182	A	0.9794
631.2	15.84	0.0975	A	0.9794
625.2	15.99	6.87	A	0.9794
620.3	16.12	0.0444	A	0.9794
619.6	16.14	0.0056	A	0.9794
617.5	16.19	0.252	A	0.9794
612.7	16.32	8.72	A	0.9794
606.8	16.48	0.115	A	0.9794
604.9	16.53	1.4	A	0.9794
598.8	16.7	0.001	A	0.9794
595.9	16.78	0.0289	A	0.9794
591.4	16.91	0.297	A	0.9794
591	16.92	0.992	A	0.9794
588	17.01	0.189	A	0.9794
587.5	17.02	1.3	A	0.9794
585.1	17.09	0.0772	A	0.9794
582.3	17.17	0.509	A	0.9794
582.2	17.18	0.25	A	0.9794
580.5	17.23	1.48	A	0.9794
575.4	17.38	8.22	A	0.9794
574.1	17.42	6.5	A	0.9794
570.9	17.52	0.0245	A	0.9794
565.3	17.69	1.5	A	0.9794
561.8	17.8	0.49	A	0.9794
560.2	17.85	2.78	A	0.9794
558.2	17.91	0.818	A	0.9794
550.1	18.18	0.13	A	0.9794
547.4	18.27	0.0103	A	0.9794
542.9	18.42	0.187	A	0.9794
541.4	18.47	3.4	A	0.9794
535.3	18.68	3.14	A	0.9794
532.1	18.79	1.34	A	0.9794
521.1	19.19	0.0022	A	0.9794
518	19.31	1.47	A	0.9794
517.6	19.32	0.098	A	0.9794
514.9	19.42	0.301	A	0.9794
511.2	19.56	2.58	A	0.9794
506.7	19.74	0.0001	A	0.9794
501.6	19.94	0.37	A	0.9794
486.7	20.55	1.43	A	0.9794
480.8	20.8	0.141	A	0.9794
465.8	21.47	0.0146	A	0.9794
459.8	21.75	4.79	A	0.9794
454	22.03	0.0721	A	0.9794
451.7	22.14	0.457	A	0.9794
436.2	22.93	0.131	A	0.9794
433.5	23.07	0.331	A	0.9794
426.4	23.45	0.371	A	0.9794
420.3	23.79	0.0292	A	0.9794
415.5	24.07	0.0001	A	0.9794
412.7	24.23	0.114	A	0.9794
408.7	24.47	0.29	A	0.9794
407.4	24.55	0.0005	A	0.9794
404.2	24.74	0.176	A	0.9794
391.1	25.57	0.125	A	0.9794
387.9	25.78	0.308	A	0.9794
384.8	25.98	0.274	A	0.9794
382.3	26.15	0.218	A	0.9794
378.8	26.4	1.07	A	0.9794
368.5	27.14	0.247	A	0.9794
367.2	27.23	0.614	A	0.9794
359.7	27.8	0.214	A	0.9794
348.1	28.72	0.264	A	0.9794
347	28.82	0.0519	A	0.9794
339.9	29.42	0.0379	A	0.9794
318.9	31.35	0.164	A	0.9794
316.3	31.62	3.02	A	0.9794
312.1	32.04	4.27	A	0.9794
303.5	32.95	0.0181	A	0.9794
298.9	33.46	3.81	A	0.9794
294.1	34.01	0.175	A	0.9794
282.1	35.45	0.327	A	0.9794
280.4	35.66	0.635	A	0.9794
267.8	37.34	0.0836	A	0.9794
265.4	37.68	7.31	A	0.9794
259	38.61	1.31	A	0.9794
257.5	38.84	0.0501	A	0.9794
241	41.49	1.05	A	0.9794
236	42.38	0.593	A	0.9794
231	43.29	6.06	A	0.9794
219.9	45.48	0.561	A	0.9794
214.9	46.53	0.0828	A	0.9794
207.8	48.12	0.468	A	0.9794
197.5	50.63	2.89	A	0.9794
192.1	52.06	2.39	A	0.9794
187.3	53.4	0.0133	A	0.9794
182.6	54.76	0.0454	A	0.9794
174.7	57.23	0.0226	A	0.9794
156.4	63.92	0.311	A	0.9794
153.7	65.07	1.28	A	0.9794
143.5	69.66	0.124	A	0.9794
134.7	74.26	1.43	A	0.9794
131.4	76.09	0.0128	A	0.9794
111.9	89.39	0.0057	A	0.9794
100.7	99.3	0.0919	A	0.9794
83.31	120	0.168	A	0.9794
71.85	139.2	0.211	A	0.9794
68.15	146.7	0.0407	A	0.9794
54.93	182.1	0.0003	A	0.9794
45.82	218.3	1.85	A	0.9794
32.69	305.9	0.834	A	0.9794
20.33	491.9	0.0953	A	0.9794
16.15	619	0.101	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