Tables 1-2

Table 1. Observing log

HH87	IRAS FSS	$\alpha$	$\delta$	Time on	Observation	TDTOSN
name	name	(2000)	(2000)	source (s)	date	no.
3-01	17473+6728	$17^{\rm h} 47^{\rm m} 15^{\rm s}.2$	$67^\circ 27' 52''$	342	19 Dec. 96	39803702
3-02	17479+6735	17 47 50.8	67 34 53	342	13 Feb. 97	45500302
3-03	17479+6633	17 48 00.4	66 32 24	218	19 Dec. 96	39901504
3-04	17480+6657	17 48 01.8	66 56 29	216	19 Dec. 96	39803706
3-05	17481+6629	17 48 10.6	66 28 42	218	19 Dec. 96	39901508
3-06	17482+6638	17 48 14.1	66 37 45	218	19 Dec. 96	39803710
3-07	17484+6615	17 48 27.0	66 14 12	218	19 Dec. 96	39901512
3-08	17487+6742	17 48 33.8	67 41 57	286	19 Dec. 96	39803714
3-09	17488+6654	17 48 48.7	66 53 43	218	19 Dec. 96	39803716
3-10	17493+6626	17 49 21.2	66 25 51	220	19 Dec. 96	39901519
3-11	17493+6721	17 49 14.4	67 20 24	218	19 Dec. 96	39803721
3-12	17496+6652	17 49 37.5	66 51 23	353	19 Dec. 96	39901523
3-13	17497+6727	17 49 36.8	67 27 02	218	19 Dec. 96	39803725
3-14	17503+6539	17 50 30.0	65 38 24	221	19 Dec. 96	39901528
3-15	17504+6722	17 50 21.5	67 21 19	216	19 Dec. 96	39803731
3-16	17505+6700	17 50 27.8	66 59 57	218	19 Dec. 96	39901533
3-17	17505+6648	17 50 33.5	66 48 17	218	19 Dec. 96	39901536
3-18	17512+6747	17 51 06.2	67 46 32	216	19 Dec. 96	39803739
3-19	17514+6534	17 51 34.7	65 34 07	218	19 Dec. 96	39901541
3-20	17514+6713	17 51 23.2	67 12 31	235	19 Dec. 96	39803743
3-21	17523+6626	17 52 22.6	66 26 08	242	19 Dec. 96	39901545
3-22	17526+6739	17 52 28.2	67 39 15	361	19 Dec. 96	39901647
3-23	17527+6530	17 52 52.4	65 30 18	349	19 Dec. 96	39901749
3-24	17538+6639	17 53 49.0	66 39 30	216	19 Dec. 96	39901651
3-25	17540+6544	17 54 09.4	65 44 32	214	19 Dec. 96	39901754
3-26	17546+6623	17 54 40.2	66 23 04	214	19 Dec. 96	39901656
3-27	17547+6648	17 54 42.1	66 48 32	214	19 Dec. 96	39901658
3-28	17548+6554	17 54 55.8	65 53 49	216	19 Dec. 96	39901760
3-29	17548+6613	17 54 54.6	66 12 48	214	19 Dec. 96	39901763
3-30	17550+6710	17 54 57.1	67 10 07	216	19 Dec. 96	39901666
3-31	17552+6632	17 55 17.0	66 32 24	214	19 Dec. 96	39901769
3-32	17553+6557	17 55 26.9	65 56 55	214	19 Dec. 96	39901771
3-33	17553+6624	17 55 24.1	66 24 07	216	19 Dec. 96	39901674
3-34	17557+6540	17 55 50.3	65 39 46	214	19 Dec. 96	39901777
3-35	17559+6610	17 55 56.6	66 09 42	214	19 Dec. 96	39901780
3-36	17559+6748	17 55 46.2	67 47 60	214	19 Dec. 96	39901682
3-37	17560+6720	17 55 54.9	67 20 08	214	19 Dec. 96	39901685
3-38	17562+6647	17 56 11.2	66 46 52	231	19 Dec. 96	39901787
3-39	17562+6744	17 56 06.0	67 44 03	298	19 Dec. 96	39901690
3-40	17566+6724	17 56 32.0	67 24 04	342	13 Feb. 97	45500424
3-41	17566+6648	17 56 38.6	66 48 17	403	13 Feb. 97	45500525
3-42	17568+6546	17 56 57.7	65 45 51	338	20 Dec. 96	40000505
3-43	17570+6730	17 56 55.3	67 29 47	338	20 Dec. 96	40000407
3-44	17575+6719	17 57 28.4	67 19 44	216	20 Dec. 96	40000409
3-45	17576+6745	17 57 31.2	67 45 48	216	20 Dec. 96	40000411
3-46	17576+6704	17 57 36.9	67 04 16	216	20 Dec. 96	40000413
3-47	17581+6529	17 58 13.3	65 28 59	214	20 Dec. 96	40000516
3-48	17583+6539	17 58 14.1	65 38 48	216	20 Dec. 96	40000518
3-49	17582+6552	17 58 16.6	65 52 18	214	20 Dec. 96	40000520
3-50	17583+6629	17 58 20.4	66 28 56	216	20 Dec. 96	40000422
3-51	17583+6539	17 58 38.3	65 40 20	216	20 Dec. 96	40000524
3-53	17586+6744	17 58 30.6	67 44 04	214	20 Dec. 96	40000427
3-54	17587+6607	17 58 48.4	66 07 21	216	20 Dec. 96	40000529
3-55	17588+6648	17 58 47.8	66 48 13	216	20 Dec. 96	40000432

Table 1. continued

HH87	IRAS FSS	$\alpha$	$\delta$	Time on	Observation	TDTOSN
name	name	(2000)	(2000)	source (s)	date	no.
3-56	17589+6716	17 58 48.1	67 16 01	214	20 Dec. 96	40000434
3-57	17590+6616	17 59 06.8	66 16 08	216	20 Dec. 96	40000536
3-58	17591+6625	17 59 08.7	66 24 57	216	20 Dec. 96	40000538
3-59	17592+6606	17 59 18.3	66 06 26	214	20 Dec. 96	40000540
3-61	18002+6727	18 00 09.0	67 27 36	216	20 Dec. 96	40000442
3-62	18003+6529	18 00 28.4	65 29 08	231	20 Dec. 96	40000545
3-63	18010+6721	18 00 56.7	67 21 29	235	20 Dec. 96	40000447
3-64	18012+6725	18 01 06.7	67 25 33	345	20 Dec. 96	40000650
3-65	18015+6700	18 01 28.5	67 00 36	216	20 Dec. 96	40000652
3-66	18018+6658	18 01 48.6	66 59 03	216	20 Dec. 96	40000655
3-67	18019+6553	18 01 59.8	65 53 38	330	20 Dec. 96	40000758
3-68	18019+6708	18 01 51.0	67 08 48	214	20 Dec. 96	40000660
3-69	18028+6659	18 02 46.2	67 00 02	216	20 Dec. 96	40000662
3-70	18030+6623	18 03 01.1	66 23 56	214	20 Dec. 96	40000765
3-71	18033+6650	18 03 20.6	66 50 36	214	20 Dec. 96	40000768
3-72	18034+6732	18 03 20.0	67 32 43	214	20 Dec. 96	40000671
3-73	18037+6702	18 03 43.6	67 02 55	214	20 Dec. 96	40000673
3-74	18040+6635	18 03 59.3	66 35 22	216	20 Dec. 96	40000775
3-75	18043+6729	18 04 11.0	67 29 32	214	20 Dec. 96	40000678
3-76	18044+6720	18 04 23.7	67 20 47	216	20 Dec. 96	40000681
3-77	18046+6549	18 04 45.5	65 49 24	214	20 Dec. 96	40000784
3-79	18052+6653	18 05 15.1	66 53 48	216	20 Dec. 96	40000687
3-78	18052+6707	18 05 07.2	67 07 44	231	20 Dec. 96	40000790
3-80	18053+6711	18 05 16.5	67 12 10	216	20 Dec. 96	40000792
3-81	18054+6554	18 05 31.8	65 54 34	214	20 Dec. 96	40000794
3-82	18055+6644	18 05 29.2	66 44 46	216	20 Dec. 96	40000796
3-83	18064+6620	18 06 27.4	66 20 31	237	20 Dec. 96	40000797
3-84	18066+6632	18 06 38.6	66 32 36	355	20 Dec. 96	40000805
3-85	18073+6701	18 07 19.3	67 02 19	214	20 Dec. 96	40000808
3-86	18074+6533	18 07 35.7	65 33 55	342	19 Dec. 96	39901810
3-87	18077+6643	18 07 43.2	66 43 36	214	20 Dec. 96	40000813
3-88	18091+6611	18 09 10.3	66 12 24	218	19 Dec. 96	39901816
3-89	18096+6734	18 09 27.9	67 34 50	216	20 Dec. 96	40000819
3-90	18096+6649	18 09 37.2	66 50 06	214	20 Dec. 96	40000821
3-91	18099+6707	18 09 52.3	67 08 35	216	20 Dec. 96	40000823
3-92	18104+6641	18 10 25.5	66 41 58	296	19 Dec. 96	39901826
3-93	18105+6610	18 10 33.7	66 11 36	300	19 Dec. 96	39901829
3-94	18108+6532	18 11 00.4	65 33 19	326	19 Dec. 96	39901832
3-95	18108+6715	18 10 48.0	67 16 34	298	20 Dec. 96	40000835
3-96	18110+6744	18 10 54.8	67 45 11	504	19 Dec. 96	39901838
2-16	18002+6652	18 00 11.2	66 52 16	342	13 Feb. 97	45500636

Table 2. ISOCAM sources

Target	$\alpha(2000)$	$\delta(2000)$	$\Delta''_{\rm IRAS-ISO}$	$S_{14.3~\mu{\rm m}}$	$S_{\rm ML}$	$n_{\rm c}{}^1$
3-01	$17^{\rm h} 47^{\rm m} 24^{\rm s}.74$	$67^\circ 26' 48''.3$	81.5	$16.1\pm 0.8$	$16.0\pm 0.8$	$6.8{\rm E-}3$
3-02	17 48 03.47	67 35 22.8	104.8	$6.9 \pm 0.9$	$6.6 \pm 0.9$	$2.7{\rm E-}2$
3-03	17 48 00.51	66 32 17.9	6.6	$8.8\pm 0.9$	$8.6\pm 0.9$	$7.5{\rm E-}5$
3-04	17 48 04.57	66 56 23.5	7.1	$12.1 \pm 1.0$	$11.9\pm 1.0$	$9.5{\rm E-}6$
3-05	17 48 08.77	66 28 41.8	11.3	$8.2\pm 1.0$	$7.9\pm 1.0$	$3.3{\rm E-}4$
3-06				< 1.5
3-07	17 48 27.11	66 14 05.9	7.4	$3.1\pm 0.7$		$3.9{\rm E-}4$
3-08	17 48 37.75	67 41 57.3	1.6	$13.8\pm 0.8$	$13.7\pm 0.8$	$3.6{\rm E-}5$
3-09	17 48 50.44	66 53 55.3	17.6	$7.0\pm 0.8$	$6.8\pm 0.8$	$6.5{\rm E-}4$
3-10	17 49 22.31	66 25 56.5	8.3	$16.9\pm 0.9$	$16.8\pm 0.9$	$5.7{\rm E-}5$
3-11	17 49 15.21	67 20 12.8	7.4	$8.5\pm 1.0$	$8.2\pm 1.0$	$3.5{\rm E-}4$
3-12	17 49 33.72	66 51 22.9	23.4	$11.6\pm 0.9$	$11.4\pm 0.9$	$8.5{\rm E-}4$
3-13	17 49 32.55	67 26 56.9	29.2	$2.0\pm 0.4$	$1.8\pm 0.4$	$1.1{\rm E-}2$
3-14	17 50 30.97	65 38 11.9	13.5	$3.1\pm 0.9$		$1.4{\rm E-}3$
3-15	17 50 21.23	67 21 02.1	14.3	$9.7\pm 0.9$	$9.5\pm 0.9$	$5.9{\rm E-}4$
3-16	17 50 25.01	67 00 08.7	20.9	$3.1\pm 0.8$		$4.1{\rm E-}3$
3-17	17 50 26.69	66 48 22.7	42.1	$3.1\pm 0.7$		$1.6{\rm E-}2$
	17 50 34.62	66 48 28.4	12.8	$3.6\pm 0.9$		$1.2{\rm E-}3$
3-18	17 51 04.04	67 47 20.1	56.3	$1.5\pm 0.4$		$6.1{\rm E-}2$
3-19	17 51 37.58	65 33 48.9	26.2	$4.2\pm 0.9$		$3.6{\rm E-}3$
	17 51 31.98	65 33 43.4	30.6	$2.4\pm 0.6$		$1.1{\rm E-}2$
	17 51 30.04	65 34 12.8	30.6	$2.0\pm 0.7$		$1.5{\rm E-}2$
3-20	17 51 17.97	67 12 31.7	34.6	$2.9\pm 0.7^2$		$2.5{\rm E-}2$
	17 51 15.95	67 12 02.4	52.3	$2.4\pm 0.6^3$		$1.2{\rm E-}2$
3-21	17 52 20.76	66 25 56.1	17.8	$4.0\pm 1.0$		$1.9{\rm E-}3$
3-22				<1.7
3-23	17 52 53.37	65 30 05.9	15.0	$3.4\pm 0.7$		$1.5{\rm E-}3$
3-24	17 53 48.14	66 39 23.9	9.1	$7.1\pm 0.9$	$6.8\pm 0.9$	$2.3{\rm E-}4$
3-25	17 54 11.41	65 44 49.2	20.7	$8.3\pm 0.9$	$8.1\pm 0.9$	$1.0{\rm E-}3$
3-26	17 54 38.39	66 23 21.5	21.3	$4.4\pm 0.7$	$4.1\pm 0.7$	$2.7{\rm E-}3$
	17 54 37.38	66 22 46.3	26.3	$8.2\pm 0.9$	$8.0\pm 0.9$	$1.6{\rm E-}3$
	17 54 47.20	66 23 19.4	44.8	$5.9\pm 0.9$	$5.6\pm 0.9$	$7.1{\rm E-}3$
	17 54 45.44	66 23 50.2	55.7	$1.5\pm 0.7$		$7.9{\rm E-}2$
3-27	17 54 46.19	66 48 25.5	26.1	$4.7\pm 0.6$	$4.5\pm 0.6$	$3.1{\rm E-}3$
	17 54 39.44	66 49 25.1	55.6	$8.1\pm 1.0$	$7.8\pm 1.0$	$7.7{\rm E-}3$
3-28	17 54 57.91	65 54 06.2	21.4	$6.1\pm 0.9$	$5.8\pm 0.9$	$1.6{\rm E-}3$
3-29	17 54 55.75	66 13 11.2	24.3	$3.9 \pm 1.0$		$3.9{\rm E-}3$
3-30	17 54 51.18	67 09 50.2	41.0	$3.0\pm 1.0$		$1.5{\rm E-}2$
3-31	17 55 18.10	66 32 23.6	5.8	$18.1\pm 1.5$	$17.8\pm 1.5$	$2.0{\rm E-}5$
3-32	17 55 33.77	65 57 04.5	43.6	$6.4\pm 1.0$	$6.0\pm 1.0$	$6.0{\rm E-}3$
	17 55 11.67	65 56 54.5	95.8	$2.1\pm 0.8$		$1.4{\rm E-}1$
3-33	17 55 21.31	66 24 24.6	24.0	$5.0\pm 0.9$	$4.6\pm 0.8$	$2.8{\rm E-}3$
	17 55 20.12	66 23 03.4	72.3	$3.1\pm 0.7$		$4.3{\rm E-}2$
3-34	17 55 51.28	65 39 39.8	9.0	$4.6\pm 0.8$	$4.3\pm 0.7$	$3.1{\rm E-}4$
3-35	17 55 59.64	66 09 41.4	31.5	$2.3\pm 1.0$		$1.3{\rm E-}2$
3-36	17 55 45.34	67 47 53.9	8.2	$5.6\pm 0.9$	$5.2\pm 0.8$	$2.4{\rm E-}4$
	17 55 49.09	67 46 56.2	69.9	$5.5\pm 0.8$	$5.2\pm 0.8$	$1.8{\rm E-}2$
3-37	17 55 55.12	67 20 07.7	2.0	$21.9\pm 0.9$	$21.8\pm 0.9$	$6.4{\rm E-}7$
3-38	17 56 06.55	66 47 39.2	56.2	$4.0\pm 1.0$		$2.0{\rm E-}2$
	17 56 15.31	66 46 50.3	23.9	$2.6\pm 0.7$		$5.8{\rm E-}3$
3-39	17 56 07.17	67 43 50.9	14.2	$5.1\pm 0.8$	$4.8\pm 0.8$	$7.5{\rm E-}4$
3-40	17 56 26.95	67 23 58.3	27.7	$7.8\pm 0.9$	$7.6\pm 0.9$	$2.6{\rm E-}3$
	17 56 36.41	67 24 23.9	38.6	$1.8\pm 0.7^4$		$1.8{\rm E-}2$
3-41	17 56 39.72	66 48 00.3	15.2	$9.7\pm 1.0$	$9.5\pm 1.0$	$6.5{\rm E-}4$
3-42	17 56 52.25	65 46 08.5	39.1	$4.5\pm 0.7$	$4.2\pm 0.7$	$8.4{\rm E-}3$
3-43	17 56 57.78	67 29 52.4	18.6	$10.2\pm 1.0$	$10.0\pm 1.0$	$3.4{\rm E-}4$
3-44	17 57 31.89	67 20 01.1	24.4	$3.4\pm 0.9$		$5.3{\rm E-}3$

Table 2. continued

Target	$\alpha(2000)$	$\delta(2000)$	$\Delta''_{\rm IRAS-ISO}$	$S_{14.3~\mu{\rm m}}$	$S_{\rm ML}$	$n_{\rm c}$
3-45	17 57 32.61	67 45 53.5	6.7	$9.5\pm 1.0$	$9.3\pm 1.0$	$1.3{\rm E-}4$
3-46	17 57 37.22	67 04 15.7	2.9	$1.4\pm 0.7$		$6.2{\rm E-}7$
3-47	17 58 11.64	65 28 35.4	28.9	$8.8\pm 0.9$	$8.6\pm 0.9$	$1.5{\rm E-}3$
3-48	17 58 17.29	65 39 05.1	23.6	$13.4\pm 0.9$	$13.3\pm 0.9$	$8.0{\rm E-}4$
3-49	17 58 16.95	65 52 35.4	14.6	$2.9\pm 0.7$		$2.8{\rm E-}3$
3-50	17 58 21.71	66 29 01.5	6.7	$6.7\pm 1.0$	$6.3\pm 1.0$	$2.2{\rm E-}4$
3-51	17 58 38.64	65 40 31.5	9.0	$3.5\pm 0.7$	$3.1\pm 0.6$	$1.0{\rm E-}3$
	17 58 41.85	65 38 54.0	96.2	$2.1\pm 0.5$		$1.18{\rm E-}1$
3-53	17 58 31.03	67 44 09.6	3.2	$2.1\pm 0.9$		$5.2{\rm E-}4$
3-54	17 58 50.55	66 07 14.7	14.6	$1.5\pm 0.7$		$3.9{\rm E-}3$
3-55	17 58 47.13	66 48 01.0	15.6	$2.6\pm 0.8$		$1.8{\rm E-}3$
3-56	17 58 47.44	67 15 54.9	10.7	$10.6\pm 1.0$	$10.4\pm 1.0$	$1.2{\rm E-}4$
3-57	17 59 05.17	66 16 07.8	11.3	$8.7\pm 0.9$	$8.5\pm 0.9$	$2.5{\rm E-}4$
3-58	17 59 09.05	66 25 14.4	14.7	$4.6\pm 0.7$	$4.3\pm 0.7$	$1.6{\rm E-}3$
3-59	17 59 18.64	66 06 37.5	9.1	$5.3\pm 1.0$	$4.8\pm 0.9$	$6.0{\rm E-}4$
3-61	18 00 08.36	67 27 41.7	6.0	$9.2\pm 0.9$	$9.0\pm 0.9$	$1.2{\rm E-}4$
3-62	18 00 26.77	65 29 13.7	12.0	$6.0\pm 0.6$	$5.9\pm 0.6$	$5.7{\rm E-}4$
3-63	18 00 56.06	67 21 34.7	6.3	$13.5\pm 1.0$	$13.3\pm 1.0$	$7.1{\rm E-}5$
	18 00 43.92	67 20 26.9	104.3	$8.9\pm 0.9$	$8.7\pm 0.9$	$2.1{\rm E-}2$
3-64	18 01 07.02	67 25 32.7	3.6	$25.0\pm 1.3$	$24.8\pm 1.3$	$1.0{\rm E-}6$
3-65	18 01 26.89	67 00 53.5	18.7	$3.5\pm 0.9$		$3.2{\rm E-}3$
3-66	18 01 50.02	66 59 14.4	10.7	$2.4\pm 0.7$		$2.2{\rm E-}3$
3-67	18 01 49.67	65 54 25.6	78.4	$5.5\pm 0.8$	$5.2\pm 0.8$	$2.6{\rm E-}2$
	18 01 49.67	65 54 25.6	78.4	$5.5\pm 0.8$	$5.2\pm 0.8$	$2.6{\rm E-}2$
3-68	18 01 45.36	67 09 00.6	35.6	$3.8\pm 0.9$		$8.7{\rm E-}3$
3-69	18 02 48.59	67 00 12.3	15.2	$2.6\pm 0.8$		$3.0{\rm E-}3$
3-70	18 03 01.41	66 23 49.8	8.4	$6.1\pm 0.8$	$5.8\pm 0.8$	$1.1{\rm E-}4$
3-71	18 03 21.03	66 50 41.6	3.1	$4.8\pm 0.9$	$4.4\pm 0.8$	$1.7{\rm E-}4$
3-72	18 03 24.77	67 31 38.1	75.4	$4.1\pm 0.7$	$3.8\pm 0.7$	$3.0{\rm E-}2$
3-73	18 03 41.99	67 03 06.6	13.6	$18.9\pm 0.9$	$18.8\pm 0.9$	$1.8{\rm E-}4$
3-74	18 04 00.61	66 35 27.5	14.9	$7.2\pm 0.9$	$6.9 \pm 0.9$	$9.3{\rm E-}4$
3-75	18 04 07.32	67 29 32.8	23.6	$1.4\pm 0.5$		$1.4{\rm E-}2$
3-76	18 04 27.13	67 20 45.4	20.7	$10.2\pm 1.0$	$10.0\pm 1.0$	$7.3{\rm E-}4$
3-77	18 04 52.78	65 50 01.9	57.1	$4.2\pm 0.9$		$2.0{\rm E-}2$
3-78	18 05 08.13	67 08 54.6	68.1	$3.9\pm 0.9$		$3.2{\rm E-}2$
	18 05 09.56	67 07 42.6	13.1	$2.8\pm 0.6$		$1.5{\rm E-}3$
	18 05 08.32	67 07 13.5	34.6	$1.5\pm 0.6$		$2.4{\rm E-}2$
3-79	18 05 17.61	66 54 04.2	19.6	$15.1\pm 0.9$	$15.0\pm 0.9$	$4.8{\rm E-}4$
	18 05 25.03	66 54 48.6	83.2	$31.9\pm 1.0$	$31.8\pm 1.0$	$2.8{\rm E-}3$
	18 04 59.66	66 54 48.2	110.7	$6.3\pm 0.7^5$	$6.1\pm 0.7$	$4.2{\rm E-}2$
3-80	18 05 14.89	67 12 21.6	13.7	$23.4\pm 1.0$	$23.3\pm 1.0$	$1.4{\rm E-}4$
	18 05 16.81	67 12 03.8	12.6	$22.2\pm 1.1$	$22.1\pm 1.1$	$2.8{\rm E-}5$
3-81	18 05 28.22	65 54 34.8	23.4	$5.9\pm 0.7$	$5.7\pm 0.7$	$1.9{\rm E-}3$
	18 05 36.59	65 54 08.9	41.4	$2.9\pm 0.8$		$1.4{\rm E-}2$
3-82	18 05 31.58	66 44 50.4	6.1	$12.3\pm 0.9$	$12.1\pm 0.9$	$7.7{\rm E-}5$
3-83	18 06 27.60	66 20 19.0	15.7	$4.6\pm 0.9$	$4.1\pm 0.8$	$8.0{\rm E-}4$
3-84	18 06 39.90	66 32 40.5	5.8	$6.7\pm 0.8$	$6.5\pm 0.8$	$1.5{\rm E-}4$
3-85	18 07 17.56	67 02 07.1	19.3	$4.9\pm 1.0$		$1.4{\rm E-}3$
3-86	18 07 39.78	65 34 15.8	31.2	$2.7\pm 0.8$		$1.1{\rm E-}2$
3-87				<1.5
3-88	18 09 12.73	66 12 52.0	29.0	$3.4\pm 0.8$		$7.5{\rm E-}3$
	18 09 23.53	66 12 56.1	86.9	$2.9\pm 0.7$		$7.0{\rm E-}2$
3-89	18 09 21.81	67 34 11.0	56.5	$2.7\pm 0.8^6$		$3.0{\rm E-}2$
3-90	18 09 37.41	66 49 59.8	8.6	$6.2\pm 1.0$	$5.8\pm 0.9$	$1.1{\rm E-}4$
3-91	18 09 51.87	67 08 52.4	15.2	$3.9\pm 0.7$	$3.6\pm 0.6$	$2.0{\rm E-}3$

Table 2. continued

Target	$\alpha(2000)$	$\delta(2000)$	$\Delta''_{\rm IRAS-ISO}$	$S_{14.3~\mu{\rm m}}$	$S_{\rm ML}$	$n_{\rm c}$
3-92	18 10 24.42	66 42 56.9	56.9	$3.4\pm 0.7$		$2.7{\rm E-}2$
	18 10 18.54	66 43 11.6	82.3	$3.7\pm 0.6$	$3.5\pm 0.6$	$5.0{\rm E-}2$
	18 10 24.87	66 42 15.4	14.6	$1.8\pm 0.7$		$5.6{\rm E-}3$
3-93	18 10 34.46	66 11 17.1	23.0	$3.3\pm 0.9$		$3.2{\rm E-}3$
3-94	18 11 00.42	65 33 17.7	3.7	$15.4\pm 1.0$	$15.3\pm 1.0$	$1.8{\rm E-}6$
	18 11 12.98	65 32 46.6	89.3	$3.7\pm 0.6$	$3.5\pm 0.6$	$5.0{\rm E-}2$
3-95				<1.6
3-96	18 10 54.05	67 45 16.6	5.8	$14.9\pm 1.0$	$14.7\pm 1.0$	$7.2{\rm E-}5$
2-16	18 00 11.85	66 52 15.9	9.5	$11.9\pm 0.9$	$11.7\pm 0.9$	$2.2{\rm E-}5$

Notes to Table 2:

¹

The notation $A{\rm E-}b$ stands for $A\times 10^{-b}$.

²

The source is reliably detected. Its flux, however, is highly uncertain due to a cosmic ray impact near the source.

³

The image of this source extends over the dead Col. 23; therefore part of its flux is lost. The given value includes a correction for the missing flux, based on the flux distribution in neighboring pixels.

⁴

Although the flux is measured at a $< 3\sigma$ level, the signal is detected at $> 3\sigma$ in the brightest pixel.

⁵

Photometry based on the negative imprint produced by beam-switching; the positive one is at the edge of the field.

⁶

Photometry based on the negative imprint; the positive one gives a less significant signal ( $1.7\pm 0.7\,$mJy).