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νk [cm-1]	λ [μm]	int [km/mol]	symm.	fscale
3150	3.175	10.5	A	0.9597
3128	3.197	55.7	A	0.9597
3125	3.2	71	A	0.9597
3123	3.202	72.2	A	0.9597
3121	3.204	1.66	A	0.9597
3121	3.204	60.1	A	0.9597
3121	3.204	35.8	A	0.9597
3120	3.206	11.7	A	0.9597
3118	3.207	0.256	A	0.9597
3115	3.21	4.55	A	0.9597
3107	3.219	2.53	A	0.9597
3105	3.221	2.94	A	0.9597
3104	3.222	2.48	A	0.9597
3102	3.223	0.677	A	0.9597
3101	3.224	6.05	A	0.9597
3100	3.226	0.457	A	0.9597
3098	3.228	0.907	A	0.9597
3098	3.228	1.08	A	0.9597
3095	3.231	0.884	A	0.9597
3095	3.231	8.18	A	0.9597
3093	3.233	2.23	A	0.9597
3082	3.244	26.6	A	0.9597
3079	3.248	22.6	A	0.9597
3078	3.249	22.6	A	0.9597
3076	3.251	35	A	0.9597
3075	3.252	14.3	A	0.9597
3074	3.253	1.11	A	0.9597
3070	3.257	1.21	A	0.9597
1615	6.193	1.02	A	0.9691
1607	6.223	19.2	A	0.9691
1606	6.228	55.6	A	0.9691
1602	6.242	92	A	0.9691
1599	6.256	27.6	A	0.9691
1597	6.261	13	A	0.9691
1596	6.267	15.1	A	0.9691
1594	6.275	115	A	0.9691
1593	6.279	38.2	A	0.9691
1591	6.287	38.6	A	0.9691
1590	6.29	123	A	0.9691
1587	6.301	70.3	A	0.9691
1584	6.312	7.3	A	0.9691
1579	6.333	877	A	0.9691
1573	6.357	270	A	0.9691
1570	6.368	165	A	0.9691
1564	6.393	20.9	A	0.9691
1559	6.416	17.5	A	0.9691
1551	6.447	7.44	A	0.9691
1549	6.457	8.41	A	0.9691
1546	6.47	2.64	A	0.9691
1539	6.496	8.99	A	0.9691
1538	6.502	61.5	A	0.9691
1528	6.544	234	A	0.9691
1524	6.563	9.31	A	0.9691
1513	6.611	17.4	A	0.9691
1510	6.622	20.5	A	0.9691
1505	6.643	106	A	0.9691
1501	6.663	61.3	A	0.9691
1492	6.704	2.91	A	0.9691
1488	6.72	568	A	0.9691
1486	6.73	86.4	A	0.9691
1477	6.77	82.1	A	0.9691
1473	6.789	513	A	0.9691
1466	6.822	16.6	A	0.9691
1465	6.825	3.25	A	0.9691
1463	6.834	120	A	0.9691
1461	6.844	229	A	0.9691
1451	6.89	38.7	A	0.9691
1447	6.912	16.9	A	0.9691
1441	6.942	21.6	A	0.9691
1439	6.948	50.3	A	0.9691
1434	6.973	20.3	A	0.9691
1429	6.996	30.1	A	0.9691
1424	7.022	4.62	A	0.9691
1416	7.062	5.29	A	0.9691
1411	7.089	10.9	A	0.9691
1405	7.117	9.37	A	0.9691
1403	7.129	3.71	A	0.9691
1400	7.143	1.57	A	0.9691
1396	7.165	17.1	A	0.9691
1385	7.22	2.44	A	0.9691
1384	7.227	31.6	A	0.9691
1383	7.232	0.425	A	0.9691
1378	7.255	1.05	A	0.9691
1374	7.278	24.2	A	0.9691
1371	7.293	20.3	A	0.9691
1369	7.304	2.65	A	0.9691
1363	7.334	10.2	A	0.9691
1359	7.357	2.32	A	0.9691
1357	7.367	31.5	A	0.9691
1353	7.39	97.5	A	0.9691
1350	7.405	24.9	A	0.9691
1346	7.427	47.4	A	0.9691
1344	7.438	30.5	A	0.9691
1342	7.451	19.6	A	0.9691
1341	7.455	28	A	0.9691
1339	7.468	51.2	A	0.9691
1335	7.49	57.5	A	0.9691
1332	7.508	44.1	A	0.9691
1329	7.523	60.6	A	0.9691
1326	7.54	18.5	A	0.9691
1320	7.573	45.7	A	0.9691
1319	7.584	25	A	0.9691
1314	7.612	3.07	A	0.9691
1311	7.625	167	A	0.9691
1306	7.654	136	A	0.9691
1300	7.694	18.5	A	0.9691
1299	7.7	176	A	0.9691
1298	7.706	49.8	A	0.9691
1288	7.765	717	A	0.9691
1284	7.789	39.5	A	0.9691
1278	7.826	212	A	0.9691
1269	7.88	161	A	0.9691
1264	7.911	14.5	A	0.9691
1258	7.947	120	A	0.9691
1256	7.963	118	A	0.9691
1250	7.999	44.9	A	0.9691
1243	8.044	125	A	0.9691
1240	8.063	47.2	A	0.9691
1236	8.092	149	A	0.9691
1234	8.102	141	A	0.9691
1228	8.145	1.63	A	0.9691
1223	8.176	46.1	A	0.9691
1219	8.206	101	A	0.9691
1213	8.245	22.7	A	0.9691
1206	8.291	190	A	0.9691
1197	8.356	228	A	0.9691
1192	8.39	112	A	0.9691
1187	8.426	857	A	0.9691
1181	8.466	252	A	0.9691
1178	8.488	0.129	A	0.9691
1171	8.539	385	A	0.9691
1166	8.58	30.7	A	0.9691
1159	8.626	5.62	A	0.9691
1153	8.672	24.5	A	0.9691
1149	8.705	77.3	A	0.9691
1145	8.736	7.71	A	0.9691
1134	8.82	368	A	0.9691
1129	8.859	145	A	0.9691
1120	8.927	0.194	A	0.9691
1112	8.99	26.8	A	0.9691
1104	9.058	39.5	A	0.9691
1103	9.067	1.41	A	0.9691
1096	9.121	26.7	A	0.9691
1090	9.171	146	A	0.9691
1087	9.204	121	A	0.9794
1086	9.212	53	A	0.9691
1084	9.228	125	A	0.9794
1079	9.269	85.8	A	0.9691
1068	9.365	19.5	A	0.9794
1055	9.478	11	A	0.9794
1051	9.515	2.62	A	0.9794
1007	9.933	1.44	A	0.9794
1004	9.964	22.9	A	0.9794
1002	9.981	12.9	A	0.9794
983.5	10.17	0.569	A	0.9794
974.4	10.26	4.84	A	0.9794
973.2	10.28	0.0082	A	0.9794
962.5	10.39	0.245	A	0.9794
960.3	10.41	0.0159	A	0.9794
958	10.44	0.103	A	0.9794
956.4	10.46	0.193	A	0.9794
951.4	10.51	16.9	A	0.9794
949.8	10.53	0.34	A	0.9794
941.4	10.62	0.0877	A	0.9794
937.6	10.67	0.158	A	0.9794
929.3	10.76	0.0788	A	0.9794
925.6	10.8	0.0635	A	0.9794
921.9	10.85	0.21	A	0.9794
912.9	10.95	74.8	A	0.9794
910.3	10.99	0.623	A	0.9794
905.6	11.04	17.2	A	0.9794
895.9	11.16	31.7	A	0.9794
891.6	11.22	0.136	A	0.9794
883	11.32	0.108	A	0.9794
880	11.36	0.291	A	0.9794
875.6	11.42	0.0546	A	0.9794
871.3	11.48	22.8	A	0.9794
869.1	11.51	1.07	A	0.9794
861	11.61	8.18	A	0.9794
857	11.67	41.2	A	0.9794
850.2	11.76	0.0288	A	0.9794
843.1	11.86	4.66	A	0.9794
835.1	11.97	5.42	A	0.9794
828.6	12.07	25.7	A	0.9794
820.3	12.19	8.5	A	0.9794
813.2	12.3	15.7	A	0.9794
812.6	12.31	0.0224	A	0.9794
807.9	12.38	14.8	A	0.9794
804.1	12.44	4.89	A	0.9794
803.7	12.44	18.9	A	0.9794
798.9	12.52	7.64	A	0.9794
795.2	12.57	1.16	A	0.9794
794.4	12.59	0.41	A	0.9794
792.4	12.62	5.13	A	0.9794
788.4	12.68	69.2	A	0.9794
781	12.8	120	A	0.9794
779.4	12.83	1.03	A	0.9794
770.8	12.97	4.56	A	0.9794
764.9	13.07	2.72	A	0.9794
757.2	13.21	54.1	A	0.9794
751.8	13.3	0.95	A	0.9794
746	13.4	2	A	0.9794
730.6	13.69	7.03	A	0.9794
723.8	13.82	1.55	A	0.9794
723	13.83	0.856	A	0.9794
718.8	13.91	4.43	A	0.9794
714.1	14	0.917	A	0.9794
712.6	14.03	0.83	A	0.9794
712	14.05	13.5	A	0.9794
708.7	14.11	0.129	A	0.9794
708.5	14.11	0.854	A	0.9794
707.5	14.13	7.69	A	0.9794
706.3	14.16	1.1	A	0.9794
704.8	14.19	0.0829	A	0.9794
698.7	14.31	5.91	A	0.9794
682.4	14.65	0.765	A	0.9794
681.5	14.67	1.75	A	0.9794
679.9	14.71	7.89	A	0.9794
667.1	14.99	1.97	A	0.9794
665.1	15.04	0.736	A	0.9794
664.7	15.04	7.28	A	0.9794
656	15.24	23.8	A	0.9794
650.3	15.38	14	A	0.9794
646.1	15.48	5.19	A	0.9794
644.4	15.52	0.6	A	0.9794
643.1	15.55	0.748	A	0.9794
636.6	15.71	0.0789	A	0.9794
635.6	15.73	0.0626	A	0.9794
625.5	15.99	0.0311	A	0.9794
622.4	16.07	1.21	A	0.9794
618.6	16.17	0.129	A	0.9794
615.7	16.24	0.833	A	0.9794
613.1	16.31	9.71	A	0.9794
611.8	16.35	11.3	A	0.9794
611.3	16.36	1.07	A	0.9794
609.1	16.42	1.11	A	0.9794
603.4	16.57	0.056	A	0.9794
600	16.67	0.117	A	0.9794
595.9	16.78	0.353	A	0.9794
591.1	16.92	4.02	A	0.9794
588.1	17	2.27	A	0.9794
585.4	17.08	7	A	0.9794
583.6	17.14	0.838	A	0.9794
578.3	17.29	0.0959	A	0.9794
573.6	17.43	0.0955	A	0.9794
569.6	17.56	2.29	A	0.9794
566.8	17.64	0.292	A	0.9794
564.4	17.72	0.671	A	0.9794
560.3	17.85	0.338	A	0.9794
554.6	18.03	3.7	A	0.9794
549.2	18.21	0.88	A	0.9794
540.8	18.49	0.211	A	0.9794
538	18.59	1.9	A	0.9794
535.2	18.68	5.51	A	0.9794
532.4	18.78	1.14	A	0.9794
528.7	18.92	1.03	A	0.9794
525.7	19.02	0.505	A	0.9794
524.5	19.07	2.34	A	0.9794
519.2	19.26	0.467	A	0.9794
507	19.73	0.0358	A	0.9794
506.6	19.74	2.49	A	0.9794
498.1	20.08	0.413	A	0.9794
489.8	20.42	11.6	A	0.9794
485.7	20.59	0.033	A	0.9794
480.6	20.81	1.21	A	0.9794
477.7	20.93	0.531	A	0.9794
474.9	21.06	1.06	A	0.9794
470.8	21.24	1.19	A	0.9794
467.3	21.4	0.528	A	0.9794
463.6	21.57	1.13	A	0.9794
457.1	21.88	2.28	A	0.9794
454.9	21.98	2.19	A	0.9794
443	22.57	2.85	A	0.9794
425.2	23.52	3.17	A	0.9794
421.4	23.73	0.589	A	0.9794
415.6	24.06	0.249	A	0.9794
414.8	24.11	0.271	A	0.9794
407.5	24.54	1.18	A	0.9794
399.1	25.06	0.189	A	0.9794
392.5	25.48	2.86	A	0.9794
382.5	26.15	0.208	A	0.9794
378.1	26.45	0.0483	A	0.9794
362.8	27.56	0.276	A	0.9794
360.9	27.71	0.0952	A	0.9794
358.2	27.92	1.2	A	0.9794
355.4	28.13	1.75	A	0.9794
348.1	28.72	0.214	A	0.9794
346.2	28.89	5.68	A	0.9794
333.7	29.96	0.325	A	0.9794
327.9	30.5	0.321	A	0.9794
320.9	31.16	0.321	A	0.9794
318.1	31.44	1.04	A	0.9794
305.7	32.71	2.44	A	0.9794
299.9	33.35	0.348	A	0.9794
297	33.67	0.0925	A	0.9794
293.6	34.06	9.39	A	0.9794
290.9	34.38	3.24	A	0.9794
280.8	35.61	1.61	A	0.9794
272.6	36.69	0.0918	A	0.9794
268.8	37.2	0.0532	A	0.9794
261.8	38.2	0.234	A	0.9794
259.7	38.51	1.22	A	0.9794
250	40.01	2.27	A	0.9794
230.9	43.31	1.45	A	0.9794
209.8	47.67	0.395	A	0.9794
201.6	49.61	0.0503	A	0.9794
196	51.02	24.7	A	0.9794
190.2	52.59	0.623	A	0.9794
186.4	53.64	2.2	A	0.9794
174.6	57.27	25.6	A	0.9794
163.5	61.14	2.6	A	0.9794
150.8	66.31	0.237	A	0.9794
137.2	72.87	0.535	A	0.9794
124.4	80.41	0.0289	A	0.9794
122.7	81.53	0.0218	A	0.9794
119.2	83.92	0.0776	A	0.9794
111.9	89.38	0.173	A	0.9794
108	92.56	1.21	A	0.9794
104.8	95.43	2.03	A	0.9794
89.82	111.3	0.568	A	0.9794
83.14	120.3	0.0802	A	0.9794
72.96	137.1	0.241	A	0.9794
51.49	194.2	1.37	A	0.9794
34.01	294	0.317	A	0.9794
31.55	316.9	0.0259	A	0.9794
27.43	364.6	0.0858	A	0.9794
24.36	410.5	0.056	A	0.9794
15.06	663.8	0.0529	A	0.9794
9.497	1053	0.0231	A	0.9794
6.893	1451	0.007	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