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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3109	3.216	0.001	A	0.9597
3109	3.216	30.1	B	0.9597
3097	3.229	8.66	A	0.9597
3097	3.229	5.44	B	0.9597
3089	3.237	18.1	A	0.9597
3086	3.241	2.34	A	0.9597
3086	3.241	24.5	B	0.9597
3085	3.241	52.1	A	0.9597
3085	3.242	20.6	B	0.9597
3085	3.242	9.57	A	0.9597
3080	3.247	0.184	A	0.9597
3080	3.247	3.43	B	0.9597
3075	3.252	0.649	B	0.9597
3072	3.255	5.33	A	0.9597
3072	3.255	7.42	B	0.9597
3072	3.256	0.869	B	0.9597
3071	3.257	0.453	A	0.9597
3070	3.257	0.123	B	0.9597
3069	3.258	0.255	A	0.9597
3069	3.258	2.34	B	0.9597
3067	3.261	17	A	0.9597
3066	3.261	20.8	B	0.9597
3066	3.262	0.214	A	0.9597
3066	3.262	0.12	B	0.9597
1616	6.188	140	A	0.9691
1610	6.209	3.13	B	0.9691
1610	6.212	360	A	0.9691
1599	6.252	80.5	B	0.9691
1598	6.258	4.1	B	0.9691
1596	6.266	407	A	0.9691
1595	6.27	281	A	0.9691
1592	6.282	59.1	B	0.9691
1590	6.288	20.9	A	0.9691
1584	6.313	172	B	0.9691
1581	6.324	369	A	0.9691
1576	6.345	93.8	B	0.9691
1572	6.361	57.5	B	0.9691
1567	6.383	425	A	0.9691
1560	6.409	44.3	B	0.9691
1559	6.416	388	A	0.9691
1556	6.426	68.7	B	0.9691
1552	6.443	6.06	B	0.9691
1546	6.469	63.7	A	0.9691
1543	6.48	46.3	A	0.9691
1530	6.535	277	B	0.9691
1527	6.55	219	A	0.9691
1526	6.552	55.5	A	0.9691
1511	6.618	1.01e+3	B	0.9691
1509	6.627	70.4	A	0.9691
1506	6.639	7.83	A	0.9691
1505	6.645	25.9	B	0.9691
1492	6.704	188	B	0.9691
1488	6.721	3.35	B	0.9691
1484	6.74	40.1	A	0.9691
1478	6.767	284	A	0.9691
1477	6.772	0.631	B	0.9691
1472	6.795	98.4	B	0.9691
1461	6.847	38.8	B	0.9691
1460	6.848	142	A	0.9691
1457	6.862	76.2	B	0.9691
1456	6.867	3.09	A	0.9691
1452	6.887	44.9	A	0.9691
1448	6.906	4.1	A	0.9691
1439	6.951	440	B	0.9691
1433	6.976	0.0079	B	0.9691
1433	6.979	9.04	A	0.9691
1426	7.013	63.1	B	0.9691
1424	7.022	22.1	A	0.9691
1422	7.031	12.9	B	0.9691
1421	7.036	41.3	B	0.9691
1420	7.041	58	A	0.9691
1410	7.091	29	B	0.9691
1409	7.099	29.1	A	0.9691
1407	7.105	140	B	0.9691
1401	7.138	25.3	B	0.9691
1401	7.14	7.36	A	0.9691
1400	7.143	4.58	A	0.9691
1396	7.163	90.3	A	0.9691
1394	7.175	24.5	B	0.9691
1392	7.184	0.792	A	0.9691
1389	7.2	42.1	A	0.9691
1388	7.202	14.1	B	0.9691
1382	7.237	12.2	B	0.9691
1381	7.243	34	A	0.9691
1375	7.274	20.2	B	0.9691
1374	7.279	55.7	A	0.9691
1372	7.291	29.4	A	0.9691
1369	7.306	108	B	0.9691
1361	7.348	83.2	B	0.9691
1360	7.352	49.4	A	0.9691
1356	7.372	54.8	A	0.9691
1353	7.392	18.9	A	0.9691
1353	7.393	47.7	B	0.9691
1348	7.416	22.5	B	0.9691
1344	7.441	134	A	0.9691
1341	7.458	309	B	0.9691
1339	7.468	301	A	0.9691
1334	7.499	271	A	0.9691
1317	7.594	535	A	0.9691
1316	7.6	64	B	0.9691
1306	7.658	712	A	0.9691
1303	7.673	11.6	A	0.9691
1298	7.706	5.99	B	0.9691
1295	7.722	95.7	A	0.9691
1292	7.74	40.7	B	0.9691
1286	7.777	175	B	0.9691
1284	7.787	101	A	0.9691
1282	7.798	388	B	0.9691
1271	7.868	0.0303	A	0.9691
1266	7.902	1.64	B	0.9691
1263	7.919	4.13	A	0.9691
1252	7.987	362	B	0.9691
1252	7.988	344	A	0.9691
1240	8.063	21.9	A	0.9691
1218	8.208	879	B	0.9691
1218	8.21	55.7	A	0.9691
1213	8.242	0.617	B	0.9691
1203	8.312	5.52	A	0.9691
1201	8.326	148	B	0.9691
1196	8.362	216	A	0.9691
1193	8.381	1.39	B	0.9691
1189	8.414	5.74	A	0.9691
1183	8.454	165	B	0.9691
1180	8.478	22.8	B	0.9691
1174	8.521	76.1	A	0.9691
1169	8.554	146	A	0.9691
1167	8.567	125	B	0.9691
1161	8.61	27.2	A	0.9691
1156	8.648	3.21	A	0.9691
1155	8.657	178	B	0.9691
1147	8.721	4.25	A	0.9691
1141	8.765	68.2	A	0.9691
1118	8.943	29	B	0.9691
1106	9.042	35.1	A	0.9691
1101	9.081	1.98	A	0.9691
1094	9.139	1.11e+3	B	0.9691
1083	9.236	49.5	B	0.9691
1083	9.236	70.9	A	0.9794
1077	9.284	1.79e+3	B	0.9794
1077	9.286	4	A	0.9691
1059	9.441	2.25e+3	B	0.9794
1058	9.448	33.1	A	0.9794
1043	9.588	5.89e+3	B	0.9794
1026	9.75	0.493	A	0.9794
1023	9.78	62.5	B	0.9794
987.5	10.13	130	B	0.9794
986.2	10.14	15.7	B	0.9794
983.8	10.16	0	A	0.9794
983.7	10.17	1.19	B	0.9794
977.2	10.23	0.0004	A	0.9794
976.6	10.24	8.74	A	0.9794
976	10.25	0.0035	A	0.9794
974.2	10.26	0.126	B	0.9794
969.4	10.32	0.0003	A	0.9794
949.2	10.54	2.96	A	0.9794
940.7	10.63	31.3	B	0.9794
939.8	10.64	27.2	B	0.9794
938.6	10.65	0.0004	A	0.9794
937.2	10.67	27.3	B	0.9794
933.7	10.71	1.51	A	0.9794
920.3	10.87	64.9	B	0.9794
916.9	10.91	0.0006	A	0.9794
913.5	10.95	86.2	B	0.9794
904.4	11.06	0.0001	A	0.9794
897.4	11.14	29.6	B	0.9794
894.5	11.18	0.007	A	0.9794
889.2	11.25	0.711	B	0.9794
885.4	11.29	1.72	B	0.9794
875.4	11.42	6.47	A	0.9794
875	11.43	0.0003	A	0.9794
861.3	11.61	15.6	B	0.9794
852.5	11.73	0.0101	B	0.9794
851.5	11.74	0.0001	A	0.9794
843.5	11.86	5.21	A	0.9794
840	11.91	17.4	B	0.9794
834.7	11.98	155	B	0.9794
830.2	12.04	0.117	A	0.9794
824	12.14	0.54	B	0.9794
813.5	12.29	18.5	A	0.9794
809	12.36	2.15	B	0.9794
805.8	12.41	31	B	0.9794
804	12.44	0.0002	A	0.9794
797.4	12.54	1.95	B	0.9794
797.3	12.54	0.0001	A	0.9794
794.7	12.58	44.3	B	0.9794
787.9	12.69	1.56	A	0.9794
787.8	12.69	227	B	0.9794
767.2	13.03	64.9	B	0.9794
761.6	13.13	0.0666	A	0.9794
749.5	13.34	0.0003	A	0.9794
743.4	13.45	14.9	B	0.9794
740.5	13.5	0.0004	A	0.9794
739.5	13.52	0.543	A	0.9794
734.3	13.62	0.0094	A	0.9794
733.2	13.64	0.277	B	0.9794
726.7	13.76	0	A	0.9794
726.3	13.77	17.3	B	0.9794
714.4	14	9.82	B	0.9794
711.1	14.06	0.894	B	0.9794
705.4	14.18	130	B	0.9794
703.5	14.21	3.85	B	0.9794
699.8	14.29	0.0045	A	0.9794
692	14.45	0.005	A	0.9794
691.7	14.46	2.79	A	0.9794
689.2	14.51	16.9	B	0.9794
687.9	14.54	2.12	B	0.9794
678.1	14.75	0.01	A	0.9794
675	14.81	0.0101	A	0.9794
672.7	14.87	0.0622	B	0.9794
650.8	15.37	0	A	0.9794
650.2	15.38	10.6	B	0.9794
646.5	15.47	5.17	B	0.9794
642	15.58	4.06	A	0.9794
637.3	15.69	0.157	B	0.9794
635	15.75	11.5	B	0.9794
634.6	15.76	0.351	A	0.9794
634.2	15.77	5.04	A	0.9794
627.7	15.93	5.55	A	0.9794
627.2	15.94	1.95	B	0.9794
619.6	16.14	0.0055	A	0.9794
613.3	16.31	0.618	A	0.9794
611.6	16.35	2.67	A	0.9794
602.8	16.59	1.93	B	0.9794
602.8	16.59	0.0128	A	0.9794
602.5	16.6	2.5	A	0.9794
601.7	16.62	135	B	0.9794
592.7	16.87	0.0019	A	0.9794
592.1	16.89	1.14	B	0.9794
588.7	16.99	45.5	B	0.9794
587.3	17.03	1.57	B	0.9794
587	17.04	0.0003	A	0.9794
582.9	17.15	0.0886	B	0.9794
580.5	17.23	19.9	B	0.9794
574.7	17.4	1.98	B	0.9794
573.7	17.43	0	A	0.9794
572.5	17.47	0.0069	B	0.9794
568.1	17.6	17.3	B	0.9794
566.4	17.66	0.212	A	0.9794
563.8	17.74	0.0001	A	0.9794
561.4	17.81	0.66	B	0.9794
559.2	17.88	0.0001	A	0.9794
547.3	18.27	0.0581	A	0.9794
547.2	18.27	0.0003	A	0.9794
546.7	18.29	31	B	0.9794
534.5	18.71	64.6	B	0.9794
531.5	18.81	0.574	B	0.9794
527.6	18.95	0	A	0.9794
521.7	19.17	8.53	B	0.9794
517	19.34	0.753	A	0.9794
516.3	19.37	0.358	B	0.9794
515.4	19.4	0	A	0.9794
508.9	19.65	1.74	B	0.9794
502.5	19.9	0.268	B	0.9794
494.3	20.23	6.5	A	0.9794
486	20.58	37.9	B	0.9794
480.7	20.8	0.0052	A	0.9794
464	21.55	0.0185	B	0.9794
455.4	21.96	27.9	B	0.9794
454.8	21.99	6.43	A	0.9794
450.2	22.21	0	A	0.9794
436.7	22.9	0.883	A	0.9794
431.3	23.19	0.0002	A	0.9794
430.4	23.24	28.5	B	0.9794
425.9	23.48	0.0195	B	0.9794
417.3	23.96	0.0007	A	0.9794
410.9	24.33	0.0041	A	0.9794
409.7	24.41	20.9	B	0.9794
408.7	24.47	0.0017	A	0.9794
408.5	24.48	0.0001	B	0.9794
392.1	25.5	0.0002	A	0.9794
387.1	25.84	1.18	A	0.9794
387	25.84	1.32	A	0.9794
383.2	26.09	0.271	B	0.9794
370.5	26.99	4.06	B	0.9794
369.4	27.07	0.0286	A	0.9794
368.2	27.16	0	A	0.9794
361.4	27.67	0.561	B	0.9794
339.2	29.48	0	A	0.9794
339	29.5	0.303	B	0.9794
334.6	29.89	17.3	B	0.9794
322.9	30.97	14	B	0.9794
320.5	31.2	2.75	B	0.9794
312.9	31.96	0.0001	A	0.9794
307.8	32.49	2.48	B	0.9794
294.7	33.94	1.31	A	0.9794
292.8	34.15	2.53	B	0.9794
287.3	34.8	2.22	A	0.9794
286.3	34.93	0.0017	A	0.9794
286	34.96	0.764	B	0.9794
269.4	37.11	0.0588	B	0.9794
258.3	38.71	0.0124	A	0.9794
256.3	39.02	0.262	A	0.9794
244	40.98	0.0415	A	0.9794
237	42.19	1.24	B	0.9794
224.9	44.46	0	A	0.9794
222.8	44.88	0.77	B	0.9794
215.1	46.49	0.0002	A	0.9794
209.7	47.68	0.0326	A	0.9794
209.2	47.79	0.456	B	0.9794
196.8	50.82	3.22	A	0.9794
188.1	53.15	0.265	B	0.9794
179.8	55.63	169	B	0.9794
157	63.71	0.0585	B	0.9794
155.3	64.41	0.0003	A	0.9794
153.5	65.15	92.7	B	0.9794
148.8	67.18	0	A	0.9794
136	73.53	0.0002	A	0.9794
136	73.55	3.12	B	0.9794
111.1	90.01	0.0002	A	0.9794
102.2	97.81	0.124	B	0.9794
86.37	115.8	0.177	B	0.9794
72.25	138.4	0.0146	B	0.9794
64.5	155	0	A	0.9794
55.33	180.7	0.0001	A	0.9794
48.88	204.6	1.15	B	0.9794
32.09	311.6	4.01	B	0.9794
21.06	474.9	0.0967	B	0.9794
19.53	512.1	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
• 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