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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3141	3.183	15.7	A	0.9597
3141	3.184	17	A	0.9597
3117	3.209	99.5	A	0.9597
3116	3.209	56.3	A	0.9597
3114	3.211	79.5	A	0.9597
3113	3.212	16.8	A	0.9597
3112	3.213	9.62	A	0.9597
3112	3.213	69.5	A	0.9597
3110	3.216	3.21	A	0.9597
3108	3.217	0.483	A	0.9597
3100	3.226	7.13	A	0.9597
3100	3.226	5.31	A	0.9597
3097	3.229	9.72	A	0.9597
3096	3.23	8.44	A	0.9597
3096	3.23	2.08	A	0.9597
3094	3.232	7.25	A	0.9597
3094	3.233	0.0749	A	0.9597
3091	3.235	0.468	A	0.9597
3091	3.235	5.34	A	0.9597
3091	3.235	3.63	A	0.9597
3086	3.241	1.16	A	0.9597
3084	3.242	3.02	A	0.9597
3065	3.262	50.4	A	0.9597
3065	3.263	2.64	A	0.9597
3065	3.263	78.9	A	0.9597
3064	3.264	33.3	A	0.9597
3064	3.264	40.5	A	0.9597
3064	3.264	1.77	A	0.9597
3064	3.264	7.4	A	0.9597
3063	3.264	0.0559	A	0.9597
1609	6.214	4.74	A	0.9691
1608	6.218	0.77	A	0.9691
1607	6.223	2.7	A	0.9691
1605	6.229	1.43	A	0.9691
1605	6.23	1.67	A	0.9691
1602	6.244	11.6	A	0.9691
1601	6.247	5.86	A	0.9691
1600	6.249	0.492	A	0.9691
1599	6.252	9.83	A	0.9691
1599	6.253	10.9	A	0.9691
1597	6.26	17.5	A	0.9691
1597	6.262	20.5	A	0.9691
1595	6.27	1.49	A	0.9691
1594	6.272	3.17	A	0.9691
1594	6.272	1.14	A	0.9691
1591	6.286	13.4	A	0.9691
1591	6.287	12.8	A	0.9691
1588	6.298	6.23	A	0.9691
1586	6.305	0.024	A	0.9691
1584	6.311	2.17	A	0.9691
1578	6.335	1.23	A	0.9691
1572	6.362	2.42	A	0.9691
1563	6.397	1.35	A	0.9691
1562	6.401	2.04	A	0.9691
1556	6.425	0.0945	A	0.9691
1545	6.471	4.65	A	0.9691
1542	6.483	0.387	A	0.9691
1540	6.495	0.532	A	0.9691
1526	6.554	2.14	A	0.9691
1521	6.574	0.308	A	0.9691
1518	6.59	0.0364	A	0.9691
1515	6.6	1.57	A	0.9691
1513	6.611	1	A	0.9691
1508	6.632	0.0234	A	0.9691
1506	6.64	0.469	A	0.9691
1504	6.649	2.02	A	0.9691
1501	6.662	4.59	A	0.9691
1479	6.759	0.169	A	0.9691
1479	6.762	0.407	A	0.9691
1476	6.774	0.124	A	0.9691
1473	6.79	8.61	A	0.9691
1472	6.792	0.298	A	0.9691
1469	6.805	0.436	A	0.9691
1467	6.815	1.08	A	0.9691
1463	6.833	2.76	A	0.9691
1453	6.881	0.67	A	0.9691
1451	6.893	0.129	A	0.9691
1445	6.922	2.26	A	0.9691
1440	6.945	18.4	A	0.9691
1440	6.945	16.2	A	0.9691
1437	6.961	11.7	A	0.9691
1436	6.963	0.876	A	0.9691
1427	7.01	1.77	A	0.9691
1426	7.015	5.64	A	0.9691
1422	7.034	3.03	A	0.9691
1410	7.095	0.0439	A	0.9691
1408	7.102	11.2	A	0.9691
1401	7.137	4.78	A	0.9691
1401	7.138	4.59	A	0.9691
1392	7.182	2.51	A	0.9691
1387	7.209	10.9	A	0.9691
1386	7.216	1.02	A	0.9691
1385	7.221	0.593	A	0.9691
1382	7.236	0.114	A	0.9691
1382	7.237	2.66	A	0.9691
1377	7.261	4.17	A	0.9691
1375	7.273	0.0848	A	0.9691
1372	7.289	0.818	A	0.9691
1370	7.297	0.12	A	0.9691
1370	7.299	0.324	A	0.9691
1368	7.311	2.37	A	0.9691
1368	7.311	0.12	A	0.9691
1359	7.358	1.79	A	0.9691
1356	7.376	0.0488	A	0.9691
1354	7.385	0.145	A	0.9691
1350	7.407	9.44	A	0.9691
1345	7.436	1.65	A	0.9691
1344	7.442	16.6	A	0.9691
1344	7.442	5.92	A	0.9691
1340	7.463	0.431	A	0.9691
1339	7.466	0.376	A	0.9691
1339	7.471	2.91	A	0.9691
1337	7.478	0.859	A	0.9691
1335	7.491	5.83	A	0.9691
1332	7.51	37.5	A	0.9691
1329	7.522	13.7	A	0.9691
1322	7.564	2.33	A	0.9691
1320	7.576	0.969	A	0.9691
1318	7.585	5.57	A	0.9691
1316	7.599	1.73	A	0.9691
1315	7.607	15.6	A	0.9691
1307	7.65	43.2	A	0.9691
1304	7.67	0.604	A	0.9691
1302	7.681	13.5	A	0.9691
1300	7.692	4.61	A	0.9691
1297	7.708	4.11	A	0.9691
1295	7.722	0.0442	A	0.9691
1293	7.734	10.8	A	0.9691
1285	7.783	0.525	A	0.9691
1282	7.803	0.62	A	0.9691
1276	7.836	1.7	A	0.9691
1275	7.842	9.81	A	0.9691
1270	7.872	10.3	A	0.9691
1258	7.947	0.141	A	0.9691
1257	7.954	0.56	A	0.9691
1250	7.998	0.271	A	0.9691
1248	8.015	0.0005	A	0.9691
1238	8.076	1.15	A	0.9691
1236	8.088	3.68	A	0.9691
1234	8.104	1.69	A	0.9691
1227	8.152	1.43	A	0.9691
1226	8.157	0.0532	A	0.9691
1219	8.202	0.187	A	0.9691
1212	8.252	0.444	A	0.9691
1210	8.262	2.62	A	0.9691
1205	8.298	0.285	A	0.9691
1205	8.301	0.372	A	0.9691
1199	8.342	0.0199	A	0.9691
1196	8.363	0.692	A	0.9691
1192	8.386	1.41	A	0.9691
1190	8.403	0.451	A	0.9691
1178	8.491	1.58	A	0.9691
1174	8.516	0.368	A	0.9691
1171	8.539	4.9	A	0.9691
1165	8.587	0.0332	A	0.9691
1156	8.647	3.19	A	0.9691
1154	8.666	14.1	A	0.9691
1151	8.689	10.6	A	0.9691
1146	8.729	8.36	A	0.9691
1144	8.743	0.176	A	0.9691
1129	8.854	2.69	A	0.9691
1124	8.894	12.4	A	0.9691
1118	8.945	3.91	A	0.9691
1116	8.961	0.664	A	0.9691
1112	8.992	0.604	A	0.9691
1108	9.024	0.222	A	0.9691
1102	9.071	4.42	A	0.9691
1100	9.089	0.005	A	0.9691
1096	9.125	1.04	A	0.9691
1094	9.143	1.14	A	0.9691
1093	9.146	3.08	A	0.9691
1090	9.173	0.404	A	0.9691
1083	9.23	1.05	A	0.9794
1078	9.273	7.48	A	0.9794
1070	9.345	0.326	A	0.9794
1065	9.389	3.97	A	0.9794
1038	9.634	0.356	A	0.9794
1011	9.894	0.015	A	0.9794
1007	9.934	1.06	A	0.9794
1003	9.966	0.186	A	0.9794
985.2	10.15	0.209	A	0.9794
980.6	10.2	0.0375	A	0.9794
954.9	10.47	0.0684	A	0.9794
945.9	10.57	0.882	A	0.9794
945.4	10.58	0.0066	A	0.9794
945.1	10.58	0.017	A	0.9794
942.4	10.61	0.482	A	0.9794
942.3	10.61	0.0488	A	0.9794
940.1	10.64	0.331	A	0.9794
939.1	10.65	0.0164	A	0.9794
936.3	10.68	0.143	A	0.9794
935.9	10.68	0.0017	A	0.9794
932	10.73	0.144	A	0.9794
930.3	10.75	0.0138	A	0.9794
922.4	10.84	0.359	A	0.9794
910.5	10.98	0.0001	A	0.9794
904.7	11.05	0.369	A	0.9794
895.6	11.17	0.921	A	0.9794
888.9	11.25	0.0024	A	0.9794
884.7	11.3	0.0501	A	0.9794
881.1	11.35	0.0851	A	0.9794
876.6	11.41	0.87	A	0.9794
876	11.42	0.004	A	0.9794
872.3	11.46	0.336	A	0.9794
868	11.52	0.828	A	0.9794
865.5	11.55	0.0614	A	0.9794
863.4	11.58	0.0316	A	0.9794
858	11.65	0.0438	A	0.9794
856.5	11.67	0.502	A	0.9794
856.2	11.68	0.025	A	0.9794
854.5	11.7	1.29	A	0.9794
854.2	11.71	0.272	A	0.9794
818.1	12.22	0.255	A	0.9794
814.7	12.28	6.54	A	0.9794
811.9	12.32	40.3	A	0.9794
811.1	12.33	4.53	A	0.9794
807.2	12.39	0.07	A	0.9794
803.6	12.44	4.07	A	0.9794
802.2	12.47	18.3	A	0.9794
801.4	12.48	0.398	A	0.9794
799.7	12.5	0.109	A	0.9794
797.3	12.54	0.038	A	0.9794
793.3	12.61	2.42	A	0.9794
792.8	12.61	3.68	A	0.9794
787.6	12.7	25.4	A	0.9794
785.3	12.73	0.011	A	0.9794
782.9	12.77	1.72	A	0.9794
782.4	12.78	4.14	A	0.9794
778.6	12.84	3.4	A	0.9794
778.6	12.84	138	A	0.9794
775.1	12.9	78.1	A	0.9794
770.8	12.97	3.34	A	0.9794
763.5	13.1	0.106	A	0.9794
748.5	13.36	1.44	A	0.9794
730.8	13.68	2.77	A	0.9794
727.1	13.75	15.4	A	0.9794
727.1	13.75	1.17	A	0.9794
720.6	13.88	0.166	A	0.9794
719.5	13.9	5.57	A	0.9794
717.7	13.93	8.17	A	0.9794
715.3	13.98	0.0012	A	0.9794
714.4	14	1.23	A	0.9794
713.2	14.02	0.0335	A	0.9794
711.8	14.05	1.5	A	0.9794
711.4	14.06	0.634	A	0.9794
709.4	14.1	1.81	A	0.9794
704.6	14.19	0.153	A	0.9794
700.8	14.27	0.0332	A	0.9794
696.6	14.35	0.137	A	0.9794
686.1	14.57	0.053	A	0.9794
683.9	14.62	0.0685	A	0.9794
682	14.66	0.0597	A	0.9794
679.3	14.72	0.539	A	0.9794
678.5	14.74	0.0656	A	0.9794
674.5	14.82	5.21	A	0.9794
673.2	14.86	0.0101	A	0.9794
669.4	14.94	0.0206	A	0.9794
664.9	15.04	0.0161	A	0.9794
659.2	15.17	0.683	A	0.9794
651.8	15.34	0.236	A	0.9794
648.9	15.41	0.239	A	0.9794
641.9	15.58	0.0188	A	0.9794
639	15.65	0.108	A	0.9794
635.8	15.73	0.0301	A	0.9794
635.2	15.74	0.0128	A	0.9794
631.7	15.83	0.0354	A	0.9794
629.1	15.89	0.0084	A	0.9794
628.8	15.9	0.0501	A	0.9794
621	16.1	0.0002	A	0.9794
619.9	16.13	0.32	A	0.9794
617.6	16.19	0.0052	A	0.9794
616.3	16.23	0.0026	A	0.9794
615.1	16.26	1.67	A	0.9794
614.6	16.27	0.0062	A	0.9794
610.3	16.39	0.0269	A	0.9794
609.9	16.4	0.0011	A	0.9794
607.1	16.47	0.0459	A	0.9794
602.8	16.59	0.0787	A	0.9794
598.7	16.7	0.205	A	0.9794
594.5	16.82	0.734	A	0.9794
594.1	16.83	0.0456	A	0.9794
587.8	17.01	0.382	A	0.9794
586.8	17.04	2.66	A	0.9794
585.8	17.07	0.0262	A	0.9794
584.3	17.11	0.0482	A	0.9794
582.4	17.17	0.66	A	0.9794
578.9	17.28	0.0563	A	0.9794
573.8	17.43	3.58	A	0.9794
572.8	17.46	1.62	A	0.9794
572.5	17.47	0.148	A	0.9794
561.1	17.82	7.45	A	0.9794
558.8	17.9	3.31	A	0.9794
557.4	17.94	0.0636	A	0.9794
551.8	18.12	1.84	A	0.9794
550.5	18.17	0.0848	A	0.9794
550.1	18.18	0.052	A	0.9794
543.1	18.41	0.122	A	0.9794
542.7	18.43	0.825	A	0.9794
540.6	18.5	1.85	A	0.9794
539.4	18.54	0.0799	A	0.9794
532.8	18.77	1.37	A	0.9794
529.1	18.9	0.896	A	0.9794
521.8	19.16	0.0314	A	0.9794
521.7	19.17	1.09	A	0.9794
519.4	19.25	0.19	A	0.9794
512.7	19.5	1.37	A	0.9794
510.4	19.59	0.365	A	0.9794
505.8	19.77	2.14	A	0.9794
505.3	19.79	0.187	A	0.9794
497.2	20.11	1.32	A	0.9794
482.2	20.74	0.0024	A	0.9794
477.2	20.95	0.159	A	0.9794
477	20.96	1.47	A	0.9794
473.1	21.14	0.0713	A	0.9794
472.5	21.17	0.148	A	0.9794
471.8	21.2	0.0636	A	0.9794
459.7	21.75	0.0262	A	0.9794
456.4	21.91	0.688	A	0.9794
444.2	22.51	0.0467	A	0.9794
441.6	22.65	0.314	A	0.9794
434.8	23	0.0331	A	0.9794
426.9	23.43	0.0328	A	0.9794
423	23.64	0.0011	A	0.9794
418.3	23.91	0.0055	A	0.9794
414.9	24.1	0.0479	A	0.9794
413.4	24.19	0.151	A	0.9794
411.1	24.33	0.108	A	0.9794
411	24.33	0.356	A	0.9794
409.5	24.42	0.48	A	0.9794
404.2	24.74	0.0125	A	0.9794
398.7	25.08	0.0138	A	0.9794
389.6	25.67	0.963	A	0.9794
379.9	26.32	0.445	A	0.9794
375.3	26.65	0.003	A	0.9794
373.6	26.77	0.0174	A	0.9794
359	27.86	0.0361	A	0.9794
347.3	28.79	0.0948	A	0.9794
347.1	28.81	0.0233	A	0.9794
344.2	29.05	0.0002	A	0.9794
341.2	29.31	0.0065	A	0.9794
336.2	29.74	0.575	A	0.9794
332.1	30.12	0.0664	A	0.9794
328.5	30.45	0.537	A	0.9794
326.6	30.62	0.0128	A	0.9794
316.3	31.62	0.002	A	0.9794
314.4	31.81	0.0946	A	0.9794
313	31.95	0.205	A	0.9794
304.8	32.81	0.238	A	0.9794
300.6	33.26	0.224	A	0.9794
286.8	34.87	0.222	A	0.9794
277.5	36.04	0.0294	A	0.9794
272.2	36.74	0.0148	A	0.9794
264.5	37.81	1.18	A	0.9794
262.3	38.13	0.315	A	0.9794
261.9	38.18	0.0105	A	0.9794
250.9	39.85	0.0175	A	0.9794
233.7	42.8	0.242	A	0.9794
232.6	43	0.3	A	0.9794
222.6	44.92	0.22	A	0.9794
220	45.45	0.0121	A	0.9794
217.5	45.99	0.0389	A	0.9794
198.1	50.47	0.0033	A	0.9794
186.9	53.49	0.0107	A	0.9794
186.4	53.64	0.255	A	0.9794
182	54.94	0.325	A	0.9794
178.9	55.9	0.0031	A	0.9794
173.3	57.7	0.294	A	0.9794
163	61.34	0.0192	A	0.9794
162.6	61.5	0.187	A	0.9794
139.9	71.5	0.0594	A	0.9794
129.2	77.41	0.33	A	0.9794
125.4	79.74	0.116	A	0.9794
123.1	81.25	0.0446	A	0.9794
121.5	82.32	0.0426	A	0.9794
115.4	86.66	2.14	A	0.9794
114.9	87.07	0.0001	A	0.9794
110.8	90.27	0.0017	A	0.9794
109.1	91.7	0.0204	A	0.9794
94.01	106.4	0.172	A	0.9794
91.88	108.8	0.02	A	0.9794
67.85	147.4	0.0276	A	0.9794
61.85	161.7	0.018	A	0.9794
38.29	261.2	0.232	A	0.9794
33.56	298	0.665	A	0.9794
28.04	356.7	0.0004	A	0.9794
20	500.1	0.0033	A	0.9794
15.78	633.8	0.0005	A	0.9794
12.3	813	0.0076	A	0.9794
9.141	1094	0.0009	A	0.9794
4.057	2465	0	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
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