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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3145	3.18	14.7	A	0.9597
3143	3.182	15.4	A	0.9597
3116	3.209	86.5	A	0.9597
3115	3.21	38.6	A	0.9597
3115	3.211	70.9	A	0.9597
3111	3.214	36.1	A	0.9597
3108	3.218	1.52	A	0.9597
3107	3.219	11.5	A	0.9597
3107	3.219	4.68	A	0.9597
3098	3.228	2.18	A	0.9597
3097	3.229	12.1	A	0.9597
3095	3.231	3.69	A	0.9597
3094	3.232	21.9	A	0.9597
3093	3.233	16	A	0.9597
3093	3.234	5.58	A	0.9597
3092	3.234	3.86	A	0.9597
3085	3.242	2.58	A	0.9597
3085	3.242	2.3	A	0.9597
3084	3.243	0.128	A	0.9597
3083	3.243	6.33	A	0.9597
3073	3.254	3.87	A	0.9597
3073	3.254	78.6	A	0.9597
3073	3.254	51.6	A	0.9597
3064	3.264	12.4	A	0.9597
3064	3.264	38.1	A	0.9597
3059	3.269	1.59	A	0.9597
3059	3.269	1.43	A	0.9597
3059	3.269	1.81	A	0.9597
1616	6.188	0.123	A	0.9691
1616	6.189	0.531	A	0.9691
1615	6.191	0.413	A	0.9691
1611	6.208	2.03	A	0.9691
1608	6.219	13.1	A	0.9691
1607	6.223	7.21	A	0.9691
1604	6.235	1.39	A	0.9691
1602	6.241	2.53	A	0.9691
1601	6.246	13.4	A	0.9691
1598	6.258	8.3	A	0.9691
1595	6.269	2.75	A	0.9691
1590	6.288	0.46	A	0.9691
1588	6.296	0.362	A	0.9691
1587	6.301	0.325	A	0.9691
1586	6.304	0.522	A	0.9691
1578	6.337	0.142	A	0.9691
1569	6.373	1.05	A	0.9691
1563	6.398	1.58	A	0.9691
1560	6.412	0.119	A	0.9691
1554	6.434	1.48	A	0.9691
1550	6.451	1.85	A	0.9691
1546	6.467	0.0244	A	0.9691
1530	6.536	4.53	A	0.9691
1527	6.55	9.29	A	0.9691
1519	6.585	3.79	A	0.9691
1514	6.605	8.65	A	0.9691
1509	6.626	0.254	A	0.9691
1497	6.679	2.74	A	0.9691
1489	6.715	1.42	A	0.9691
1485	6.734	28.1	A	0.9691
1482	6.747	10.7	A	0.9691
1478	6.764	12.9	A	0.9691
1472	6.795	2.54	A	0.9691
1465	6.825	14.6	A	0.9691
1463	6.836	7.91	A	0.9691
1459	6.856	4.05	A	0.9691
1454	6.879	2.47	A	0.9691
1449	6.903	8.43	A	0.9691
1444	6.925	3.16	A	0.9691
1437	6.958	11.8	A	0.9691
1432	6.982	1.49	A	0.9691
1425	7.015	2.82	A	0.9691
1416	7.064	1.47	A	0.9691
1409	7.095	6.12	A	0.9691
1407	7.109	1.76	A	0.9691
1402	7.134	2.02	A	0.9691
1396	7.164	1.6	A	0.9691
1394	7.173	14.9	A	0.9691
1387	7.209	2.62	A	0.9691
1385	7.222	2.71	A	0.9691
1375	7.274	2.33	A	0.9691
1370	7.297	0.348	A	0.9691
1367	7.317	6.93	A	0.9691
1364	7.333	4.43	A	0.9691
1362	7.345	0.709	A	0.9691
1358	7.365	16.2	A	0.9691
1357	7.371	10.7	A	0.9691
1353	7.394	13.3	A	0.9691
1346	7.431	2.77	A	0.9691
1343	7.444	2.31	A	0.9691
1340	7.464	3.07	A	0.9691
1338	7.473	2.69	A	0.9691
1337	7.478	0.105	A	0.9691
1337	7.481	6.14	A	0.9691
1334	7.497	11.9	A	0.9691
1329	7.527	1.56	A	0.9691
1326	7.541	3.7	A	0.9691
1321	7.571	14.2	A	0.9691
1318	7.586	4.79	A	0.9691
1316	7.597	3.43	A	0.9691
1304	7.666	8.6	A	0.9691
1299	7.696	1.44	A	0.9691
1294	7.73	8.31	A	0.9691
1290	7.75	5.66	A	0.9691
1290	7.751	1.44	A	0.9691
1288	7.766	0.971	A	0.9691
1276	7.836	0.946	A	0.9691
1268	7.887	0.174	A	0.9691
1263	7.918	1.95	A	0.9691
1261	7.931	0.245	A	0.9691
1259	7.944	15.5	A	0.9691
1253	7.981	0.835	A	0.9691
1250	8.001	3.11	A	0.9691
1243	8.045	4.82	A	0.9691
1235	8.097	0.953	A	0.9691
1233	8.107	3.94	A	0.9691
1229	8.137	0.155	A	0.9691
1216	8.221	0.879	A	0.9691
1214	8.238	0.26	A	0.9691
1206	8.295	1.41	A	0.9691
1205	8.301	1.18	A	0.9691
1190	8.406	0.609	A	0.9691
1183	8.457	2.05	A	0.9691
1177	8.499	1.35	A	0.9691
1173	8.523	2.24	A	0.9691
1170	8.546	5.44	A	0.9691
1166	8.578	0.485	A	0.9691
1162	8.606	0.616	A	0.9691
1158	8.633	1.1	A	0.9691
1152	8.682	1.02	A	0.9691
1147	8.72	7.62	A	0.9691
1141	8.767	2.05	A	0.9691
1133	8.826	0.117	A	0.9691
1111	9.002	0.643	A	0.9691
1108	9.029	6.45	A	0.9691
1101	9.082	0.0426	A	0.9691
1097	9.116	1.67	A	0.9691
1086	9.206	1.26	A	0.9794
1085	9.213	1.99	A	0.9691
1084	9.227	0.481	A	0.9691
1082	9.241	0.481	A	0.9794
1068	9.361	0.669	A	0.9794
1066	9.381	2	A	0.9794
1062	9.419	0.0189	A	0.9794
1058	9.448	9.78	A	0.9794
1050	9.524	4.8	A	0.9794
1009	9.914	0.0835	A	0.9794
1006	9.942	0.19	A	0.9794
995.6	10.04	0.0403	A	0.9794
985.7	10.15	0.0143	A	0.9794
963.4	10.38	1.19	A	0.9794
957.9	10.44	0.0016	A	0.9794
956.6	10.45	0.0057	A	0.9794
956.4	10.46	0.0013	A	0.9794
944.6	10.59	0.234	A	0.9794
941.6	10.62	0.0197	A	0.9794
941.3	10.62	0.302	A	0.9794
924.4	10.82	0.189	A	0.9794
923.8	10.83	0.235	A	0.9794
920.5	10.86	0.0121	A	0.9794
918.5	10.89	1.72	A	0.9794
910	10.99	0.0557	A	0.9794
908.1	11.01	0.11	A	0.9794
902	11.09	0.0182	A	0.9794
895.8	11.16	1.01	A	0.9794
894.5	11.18	0.0292	A	0.9794
888.1	11.26	0.0817	A	0.9794
884.4	11.31	1.6	A	0.9794
867.7	11.52	0.401	A	0.9794
864	11.57	2.65	A	0.9794
858.1	11.65	0.0094	A	0.9794
847.8	11.8	0.296	A	0.9794
846.4	11.81	0.615	A	0.9794
845.8	11.82	0.0786	A	0.9794
844.4	11.84	0.009	A	0.9794
842.7	11.87	0.243	A	0.9794
832.5	12.01	0.722	A	0.9794
816.1	12.25	5.93	A	0.9794
813.1	12.3	15.4	A	0.9794
812	12.32	2.97	A	0.9794
803.9	12.44	0.933	A	0.9794
801.9	12.47	48.6	A	0.9794
799.9	12.5	0.963	A	0.9794
794.7	12.58	4.04	A	0.9794
792.6	12.62	7.69	A	0.9794
789.9	12.66	50.1	A	0.9794
787.3	12.7	41	A	0.9794
765.3	13.07	0.871	A	0.9794
762.7	13.11	0.0641	A	0.9794
761.3	13.14	0.482	A	0.9794
754.3	13.26	35.5	A	0.9794
751.8	13.3	62.6	A	0.9794
751.7	13.3	26.6	A	0.9794
747.2	13.38	0.555	A	0.9794
744.6	13.43	0.637	A	0.9794
742.7	13.46	2.42	A	0.9794
732.8	13.65	0.085	A	0.9794
723.8	13.82	10.7	A	0.9794
721.9	13.85	4.22	A	0.9794
719.2	13.9	1.03	A	0.9794
717.8	13.93	8.92	A	0.9794
716.3	13.96	4.92	A	0.9794
714.9	13.99	3.32	A	0.9794
711.4	14.06	0.485	A	0.9794
710.3	14.08	0.066	A	0.9794
709.3	14.1	1.19	A	0.9794
693.5	14.42	0.169	A	0.9794
685.9	14.58	0.334	A	0.9794
685.4	14.59	1.4	A	0.9794
684	14.62	2.38	A	0.9794
676.3	14.79	0.0669	A	0.9794
669.7	14.93	0.174	A	0.9794
663.9	15.06	3.91	A	0.9794
656.3	15.24	3.24	A	0.9794
650.3	15.38	1.76	A	0.9794
649.2	15.4	0.42	A	0.9794
642.9	15.55	5.4	A	0.9794
639	15.65	0.0518	A	0.9794
634.9	15.75	0.0485	A	0.9794
631.9	15.83	0.436	A	0.9794
629.7	15.88	0.0203	A	0.9794
623.7	16.03	0.0897	A	0.9794
621.7	16.08	0.102	A	0.9794
616.2	16.23	0.304	A	0.9794
614.3	16.28	3.09	A	0.9794
613.1	16.31	1.11	A	0.9794
606.5	16.49	0.491	A	0.9794
605.1	16.53	1.96	A	0.9794
598.2	16.72	0.124	A	0.9794
594	16.84	0.618	A	0.9794
592.9	16.87	0.636	A	0.9794
586.5	17.05	0.654	A	0.9794
585.8	17.07	2.33	A	0.9794
579.6	17.25	0.317	A	0.9794
577.2	17.32	0.771	A	0.9794
574.6	17.4	0.154	A	0.9794
568.2	17.6	5.51	A	0.9794
564.6	17.71	1	A	0.9794
561.6	17.81	5.11	A	0.9794
558.2	17.91	0.019	A	0.9794
555.8	17.99	0.738	A	0.9794
545.3	18.34	0.0589	A	0.9794
540.9	18.49	0.482	A	0.9794
530.3	18.86	0.999	A	0.9794
526.1	19.01	0.24	A	0.9794
524.4	19.07	0.145	A	0.9794
519.2	19.26	4.74	A	0.9794
515.1	19.41	0.587	A	0.9794
502.1	19.92	2.29	A	0.9794
498.4	20.06	0.404	A	0.9794
492.3	20.31	0.0878	A	0.9794
487.6	20.51	0.097	A	0.9794
478.5	20.9	0.359	A	0.9794
476.8	20.97	0.203	A	0.9794
472.8	21.15	0.0713	A	0.9794
467.3	21.4	3.14	A	0.9794
466.9	21.42	3.54	A	0.9794
464.1	21.55	0.573	A	0.9794
461.9	21.65	1.43	A	0.9794
453.9	22.03	0.0593	A	0.9794
448.4	22.3	0.0979	A	0.9794
444.3	22.5	0.598	A	0.9794
426.1	23.47	1.47	A	0.9794
420.6	23.78	0.246	A	0.9794
417	23.98	0.452	A	0.9794
409.1	24.44	0.0964	A	0.9794
405.3	24.68	0.0936	A	0.9794
396.2	25.24	0.961	A	0.9794
388.7	25.72	0.13	A	0.9794
370.7	26.98	0.659	A	0.9794
366.6	27.28	0.0223	A	0.9794
353.1	28.32	0.112	A	0.9794
350.8	28.51	0.633	A	0.9794
342.1	29.23	0.239	A	0.9794
334.9	29.86	0.0655	A	0.9794
327.3	30.56	0.209	A	0.9794
317.8	31.46	0.0663	A	0.9794
308.9	32.37	0.0153	A	0.9794
301.9	33.12	0.054	A	0.9794
299.1	33.43	0.0274	A	0.9794
297.6	33.61	0.0074	A	0.9794
292.8	34.15	0.0933	A	0.9794
291.4	34.32	0.0625	A	0.9794
275.2	36.33	0.0254	A	0.9794
270.7	36.94	0.299	A	0.9794
254.6	39.27	0.263	A	0.9794
242.3	41.27	0.266	A	0.9794
233.1	42.9	0.0502	A	0.9794
230.1	43.46	0.122	A	0.9794
215.9	46.31	0.0378	A	0.9794
200.7	49.82	0.513	A	0.9794
194.5	51.41	0.0412	A	0.9794
183.8	54.42	0.186	A	0.9794
176.5	56.67	0.202	A	0.9794
163.5	61.15	0.197	A	0.9794
153.6	65.09	0.333	A	0.9794
145.1	68.92	0.255	A	0.9794
138.5	72.23	1.24	A	0.9794
133.1	75.15	0.0829	A	0.9794
116.5	85.81	0.0195	A	0.9794
114.9	87.05	0.151	A	0.9794
101.4	98.61	0.0346	A	0.9794
94.56	105.8	0.0292	A	0.9794
84.4	118.5	0.0095	A	0.9794
74.48	134.3	0.0307	A	0.9794
67.19	148.8	0.247	A	0.9794
57.26	174.6	0.0044	A	0.9794
46.49	215.1	0.68	A	0.9794
32.38	308.8	0.0155	A	0.9794
28.15	355.2	0.0699	A	0.9794
24.01	416.5	0.0038	A	0.9794
21.52	464.8	0.0902	A	0.9794
9.918	1008	0.0043	A	0.9794
4.978	2009	0.0005	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