Photographs of Nebulæ and Clusters, Made with the Crossley Reflector

by James Edward Keeler

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
489	12	29	45.4	+3.0650	+ 2	26	4	-19.878	17 vS E90° N
490	12	29	51.4	3.0620	+ 3	24	29	19.877	17 vS iF
491	12	29	55.3	3.0652	+ 2	21	0	19.876	17 vS R N
492	12	29	56.6	3.0632	+ 3	0	22	19.876	18 vS R N
493	12	29	57.1	3.0652	+ 2	20	13	19.876	17 vS R
494	12	29	58.5	3.0653	+ 2	19	14	19.876	18 vS R
495	12	30	3.3	2.9859	+26	19	54	19.875	15 vS R bM
496	12	30	4.2	3.0652	+ 2	20	7	19.875	18 vS R
497	12	30	6.6	3.0616	+ 3	33	6	19.874	17 vS bs iF
498	12	30	11.2	3.0616	+ 3	30	36	19.873	17 vS stell
499	12	30	12.4	3.0649	+ 2	25	7	19.873	18 vS R
500	12	30	12.8	2.9853	+26	22	24	19.873	17 VS R bM
501	12	30	14.8	3.0648	+ 2	26	29	19.873	18 vS E70°
502	12	30	27.3	3.0648	+ 2	26	16	19.870	18 vS R bM
503	12	30	28.4	3.0648	+ 2	26	41	19.870	17 vS R bM
504	12	30	29.0	3.0651	+ 2	19	36	19.870	16 vS R
505	12	30	30.6	3.0613	+ 3	35	6	19.870	15 L vm E165° sbM Spiral
506	12	30	32.2	3.0650	+ 2	22	17	19.869	18 vS R bM
507	12	30	35.8	3.0642	+ 2	37	39	19.869	18 vS R
508	12	30	36.8	2.9840	+26	24	5	19.868	14 S E135° N
509	12	30	39.5	3.0643	+ 2	34	35	19.868	18 vS R
510	12	30	39.7	3.0645	+ 2	29	55	19.868	18 vS R
511	12	30	42.6	3.0648	+ 2	25	14	19.867	18 vS R bM
512	12	30	43.7	2.9819	+26	50	17	19.867	17 vS E40°
513	12	30	44.2	2.9822	+26	46	25	19.867	15 vS N E50°
514	12	30	52.0	3.0648	+ 2	22	56	19.866	17 vS R
515	12	30	52.6	3.0619	+ 3	19	59	19.866	17 vS sbM Spiral E110°
516	12	31	22.5	2.9809	+26	38	7	19.859	18 vS R
517	12	31	32.7	2.9797	+26	47	58	19.857	18 vS R
518	12	31	39.6	2.9794	+26	47	9	19.856	16 vS R N
519	12	31	46.1	2.9796	+26	39	51	19.855	17 vS R N
520	12	32	6.9	2.9787	+26	38	28	19.850	17 vS R N
521	12	32	21.2	2.9784	+26	31	56	19.848	18 vS vF R
522	12	32	22.7	2.9777	+26	42	36	19.847	18 vS R bM
523	12	22	29.7	2.9777	+26	37	36	19.846	18 vS R bM
524	12	32	34.2	2.9780	+26	28	24	19.845	16 neb*
525	12	32	49.7	2.9758	+26	50	59	19.842	18 vS vF E135° D
526	12	35	41.0	2.9371	+33	7	48	19.805	16 vS E140° bM
527	12	36	34.4	2.9348	+32	56	17	19.792	17 vS R bM
528	12	36	45.3	2.9340	+32	56	48	19.790	18 vS E80°
529	12	36	54.9	2.9309	+33	24	23	19.787	17 vS E0° D
530	12	37	14.3	2.9303	+33	18	35	19.781	15 vS E125° N Spiral on edge
531	12	38	9.9	2.9291	+32	52	38	19.770	18 vS bM E140°
532	12	38	13.8	2.9277	+33	6	12	19.769	18 vS R
533	12	38	15.0	2.9279	+33	2	21	19.768	14 vS E145° bM
534	12	38	33.3	2.9247	+33	26	3	19.764	15 neb*
535	12	38	35.6	2.9268	+33	0	52	19.764	16 neb*
536	12	38	41.7	2.9267	+32	56	47	19.762	18 vS R
537	12	38	45.4	2.9259	+33	2	53	19.761	18 vS R
538	12	44	9.3	2.8448	+41	38	45	19.677	18 vS R N
539	12	44	30.5	2.8431	+41	38	16	19.670	15 vS E60° Spiral?
540	12	44	31.8	2.8425	+41	41	45	19.670	18 vS vR dif
541	12	44	36.3	2.8424	+41	39	31	19.669	18 vS vF R diffic
542	12	44	39.0	2.8418	+41	41	51	19.668	18 vS R diffic
543	12	44	46.6	2.8401	+41	49	26	19.666	17 vS R bM
544	12	44	46.9	2.9440	+26	19	4	19.666	16 vS E60° bM
545	12	44	47.5	2.8417	+41	23	51	19.666	18 vS R bM
546	12	44	52.4	2.8423	+41	30	43	19.664	17 vS R
547	12	44	55.4	2.8398	+41	46	30	19.663	18 vS vF R diffic
548	12	44	56.5	2.8426	+41	25	53	19.663	18 vS R
549	12	45	8.4	2.8376	+41	54	40	19.659	18 vS vF dif D?
550	12	45	16.5	2.8412	+41	23	26	19.657	16 vS E80° bM Spiral?
551	12	45	16.9	2.9453	+25	50	0	19.657	17 vS R bM
552	12	45	21.5	2.8404	+41	26	8	19.656	16 vS R bM
553	12	45	27.0	2.8395	+41	29	21	19.654	18 vS vF E150° bM Spiral on edge
554	12	45	28.2	2.9448	+25	50	38	19.654	18 vS R
555	12	45	29.3	2.9442	+26	13	28	19.653	17 vS E50° bs
556	12	45	30.5	2.9444	+26	14	10	19.653	17 vS R
557	12	45	43.2	2.8361	+41	44	11	19.649	17 vS R N
558	12	45	56.5	2.9436	+25	49	14	19.646	16 vS E40° N

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
559	12	45	58.3	+2.9436	+25	48	13	-19.645	16 vS E35° N
560	15	45	59.1	2.8368	+41	29	16	19.645	18 vS vF R
561	12	46	10.3	2.8363	+41	25	57	19.641	18 vS vF R bM
562	12	46	22.3	2.8331	+41	56	7	19.638	15 vS E90° bs Spiral?
563	12	46	22.8	2.8358	+41	22	17	19.638	18 vS vF R ◯?
564	12	46	26.4	2.8328	+41	41	43	19.637	17 vS R bM
565	12	46	26.6	2.8335	+41	35	39	19.637	18 vS R bM
566	12	46	37.8	2.8325	+41	36	5	19.633	18 vS R bM
567	12	46	46.6	2.9393	+26	9	36	19.631	16 vS E150° bM
568	12	47	5.2	2.8321	+41	22	31	19.625	18 vS R
569	12	47	13.3	2.8269	+41	54	46	19.623	17 vS R bM
570	12	47	14.6	2.8309	+41	24	52	19.622	17 vS R bM
571	12	47	24.3	2.8272	+41	46	30	19.620	18 vS R bM
572	12	47	29.8	2.8254	+41	56	1	19.618	18 vS R
573	12	47	31.6	2.9395	+25	45	4	19.618	16 vS E10° N
574	12	47	38.9	2.8258	+41	47	20	19.615	18 vS R N
575	12	47	43.7	2.8260	+41	42	48	19.614	18 vS R bM
576	12	47	53.5	2.8245	+41	48	10	19.611	18 vS dif
577	12	48	1.6	2.8256	+41	34	23	19.609	16 vS E125° bM
578	12	48	17.5	2.8252	+41	27	34	19.604	18 vS R
579	12	48	25.4	2.8217	+41	48	40	19.602	18 vS vF R
580	12	48	30.9	2.8246	+41	23	31	19.600	17 vS R N
581	12	48	31.3	2.8206	+41	53	17	19.600	18 vS vF R
582	12	48	32.9	2.8244	+41	23	30	19.600	16 vS R N
583	12	50	50.7	2.9509	+22	25	55	19.557	S R vF
584	12	51	15.7	2.9504	+22	21	0	19.549	vS vF E90°
585	13	9	17.4	2.7068	+42	33	56	19.139	18 vS R
586	13	9	24.6	2.7039	+42	44	21	19.135	14 S E150° four N
587	13	9	25.1	2.7071	+42	30	1	19.135	18 vS R
588	13	9	30.5	2.7093	+42	18	5	19.133	17 vS R bM
589	13	9	35.1	2.7083	+42	20	47	19.131	17 vS R bM
590	13	9	36.1	2.7089	+42	17	28	19.130	17 vS R bM
591	13	9	38.6	2.7084	+42	19	5	19.129	18 vS R bM
592	13	9	43.4	2.7086	+42	15	56	19.127	18 vS R
593	13	9	46.8	2.7056	+42	28	13	19.125	17 vS E120°
594	13	9	47.8	2.7078	+42	18	1	19.125	16 vS E150° bM
595	13	9	53.2	2.7077	+42	16	31	19.123	18 vS R bM
596	13	9	53.3	2.7086	+42	12	19	19.123	18 vS vF R
597	13	9	56.2	2.7042	+42	28	40	19.121	16 vS E90° bM
598	13	9	57.3	2.7028	+42	36	34	19.121	18 vS R
599	13	10	1.3	2.7084	+42	10	13	19.119	14 vS E15° gbM
600	13	10	4.6	2.7015	+42	40	5	19.117	18 vS R
601	13	10	5.4	2.6999	+42	47	12	19.117	16 vS R bM neb*?
602	13	10	5.7	2.7054	+42	22	10	19.117	18 vS R
603	13	10	5.8	2.7061	+42	18	47	19.117	17 vS R bM
604	13	10	5.8	2.7014	+42	37	56	19.117	18 vS R N
605	13	10	7.0	2.7032	+42	31	16	19.116	17 vS E165° gbM
606	13	10	11.5	2.7018	+42	35	45	19.114	18 vS R bM
607	13	10	11.7	2.7030	+42	30	44	19.114	18 vS E50°
608	13	10	12.4	2.7030	+42	30	7	19.114	18 vS R
609	13	10	12.8	2.7009	+42	39	44	19.114	18 vS R
610	13	10	14.1	2.7027	+42	31	8	19.113	18 vS R vF
611	13	10	16.2	2.7027	+42	30	10	19.112	18 vS E70° bM
612	13	10	21.0	2.7057	+42	14	33	19.110	14 neb*
613	13	10	22.6	2.7064	+42	10	52	19.110	18 vS vF R
614	13	10	31.3	2.7009	+42	32	28	19.105	17 vS R bM
615	13	10	32.5	2.6979	+42	45	51	19.105	18 vS R
616	13	10	38.2	2.7026	+42	22	18	19.102	18 vS R bM
617	13	10	38.9	2.7042	+42	14	22	19.102	18 vS R
618	13	10	41.2	2.7033	+42	17	50	17.101	17 vS E150° gbM
619	13	10	43.5	2.7016	+42	24	33	19.100	18 vS E80°
620	13	10	47.8	2.7041	+42	11	39	19.098	18 vS vF R
621	13	10	51.4	2.6951	+42	51	13	19.096	16 vS E75° gbM
622	13	10	53.8	2.6947	+42	52	3	19.095	17 vS E150° bM
623	13	10	57.6	2.7032	+42	11	42	19.094	18 vS R
624	13	10	58.1	2.7007	+42	22	50	19.094	17 vS R bM
625	13	11	3.2	2.7008	+42	20	46	19.091	18 vS R
626	13	11	5.9	2.7011	+42	17	58	19.090	18 vS E30°
627	13	11	8.3	2.7022	+42	12	22	19.089	17 vS R bM
628	13	11	9.6	+2.7002	+42	20	44	-19.088	18 vS vF R

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
629	13	11	15.1	+2.7001	+42	19	9	-19.086	18 vS R bM
630	13	11	19.7	2.7017	+42	10	0	19.084	18 vS E35°
631	13	11	21.3	2.6978	+42	27	13	19.083	17 vS E100° bM
632	13	11	27.5	2.6973	+42	27	7	19.080	17 vS E60° gbM
633	13	11	29.8	2.6982	+42	22	18	19.079	18 vS R
634	13	11	30.7	2.6978	+42	23	27	19.079	17 vS E75°
635	13	11	36.8	2.6985	+42	17	58	19.076	17 vS R N
636	13	11	38.3	2.6935	+42	40	21	19.075	18 vS R
637	13	11	38.6	2.6973	+42	22	44	19.075	18 vS E110°
638	13	11	40.2	2.6925	+42	43	58	19.075	18 vS E125°
639	13	11	43.0	2.6960	+42	27	5	19.073	17 vS E130° gbM
640	13	11	44.1	2.6972	+42	21	11	19.073	18 vS R
641	13	11	50.0	2.6933	+42	36	47	19.070	17 vS R bM
642	13	11	51.6	2.6967	+42	20	17	19.070	17 vS R bM
643	13	11	53.9	2.6963	+42	21	24	19.068	18 vS R bM
644	13	11	54.9	2.6964	+42	20	41	19.068	18 vS R bM
645	13	11	57.0	2.6963	+42	20	7	19.067	17 vS E110° gbM
646	13	11	58.6	2.6949	+42	25	54	19.066	18 vS R
647	13	12	15.4	2.6903	+42	40	36	29.0S9	18 vS R
648	13	12	24.1	2.6907	+42	35	22	19.055	17 vS R N
649	13	12	29.4	2.6861	+42	54	15	19.053	17 vS E130°
650	13	12	37.4	2.6880	+42	42	38	19.049	16 vS R bM neb*?
651	13	12	38.9	2.6893	+42	35	47	19.048	18 vS R
652	13	12	39.7	2.6862	+42	49	45	19.048	27 vS E45°
653	13	12	44.7	2.6885	+42	37	23	19.046	18 vS R
654	13	12	56.6	2.6872	+42	38	34	19.040	18 vS R
655	13	13	4.2	2.6861	+42	40	46	19.037	18 vS R
656	13	13	11.7	2.6913	+42	13	29	19.033	17 vS R bM
657	13	13	11.8	2.6850	+42	42	56	19.033	18 vS vF dif
658	13	13	19.6	2.6877	+42	27	12	19.030	18 vS E160°
659	13	13	21.4	2.6829	+42	48	36	19.029	18 vS R
660	13	13	22.0	2.6878	+42	25	44	19.029	18 vS R
661	13	13	22.8	2.6837	+42	44	34	19.029	17 vS R N
662	13	13	28.2	2.6825	+42	47	49	19.026	18 vS vF R
663	13	13	36.3	2.6830	+42	42	9	19.023	17 vS R bM
664	13	13	57.0	2.6802	+42	47	4	19.014	18 vS R
665	13	14	2.4	2.6802	+42	44	54	19.011	17 vS R bM
666	13	23	5.2	2.5574	+47	23	8	18.746	vS eeF
667	13	24	19.1	2.5489	+47	26	42	18.707	B pL E80°
668	13	26	4.1	2.5313	+47	49	42	18.651	vS eF
669	13	26	15.2	2.5313	+47	45	47	18.644	S pB l E135°
670	13	27	7.8	2.5273	+47	41	54	18.616	S eeF
671	23	27	19.5	2.5333	+47	18	40	18.610	F S R
672	23	27	33.2	2.5315	+47	20	14	18.602	vS vF E90°
673	13	31	34.8	3.2319	-17	4	23	18.468	16 vS E150°
674	13	31	38.8	3.2351	-17	22	4	18.466	16 vS E150° bM
675	13	31	47.9	3.2332	-17	9	33	18.460	18 vS R
676	13	31	52.4	3.2335	-17	10	52	18.458	18 vS E50°
677	13	31	52.5	3.2339	-17	12	47	18.458	18 vS bn dif
678	13	32	54.9	3.2386	-17	29	57	18.422	17 vS bM E105°
679	13	57	42.5	2.1379	+54	54	5	17.461	B S E90° neb*?
680	14	1	50.9	2.1136	+54	44	50	17.280	S pF bp
681	14	2	3.1	2.1055	+54	56	17	17.272	pB L i
682	15	0	8.1	1.6712	+55	59	2	14.170	18 vS R bM
683	15	0	32.4	1.6694	+55	58	21	14.144	18 vS vF E110°
684	15	0	33.7	1.6634	+56	4	52	14.143	17 vS E160°
685	15	1	2.9	1.6722	+55	51	53	14.113	17 vS R bM
686	25	1	4.1	1.6638	+56	0	58	14.111	17 vS R bM
687	15	1	30.4	2.7322	+19	40	56	14.082	S R F
688	15	1	32.3	2.7225	+20	11	15	14.080	S pF E45°
689	25	1	37.2	2.7251	+20	3	1	14.075	vS F E10°
690	15	2	31.5	1.6443	+56	12	53	14.018	16 vS R bM
691	15	2	49.2	2.7273	+19	49	56	13.999	pS F gbM
692	15	2	59.6	1.6345	+56	20	44	13.989	17 vS R bs
693	25	3	18.1	1.6535	+55	57	34	13.970	13 neb*
694	15	3	29.0	2.7243	+19	56	29	13.958	vF S R
695	25	3	30.9	1.6493	+56	0	49	13.956	16 vS N E105°
696	15	3	34.9	2.7213	+20	5	39	13.952	vS F E45°
697	15	3	40.9	2.7207	+20	7	7	13.946	vF pL Spiral
698	15	3	47.8	+1.6564	+55	51	5	-13.939	17 vS E45°

No.	α 1900.0			Precession.	δ 1900.0			Precession.	Description.
	h	m	s	s	°	′	″	″
699	15	3	54.2	+1.6479	+55	59	40	-13.932	17 vS bM E135°
699	15	3	54.22	+1.64792	+55	59	40	-13.932	17 vS bM E135°
700	15	3	56.82	2.72422	+19	54	41	13.929	vS F
701	15	4	23.72	2.72812	+19	40	23	13.901	F pL gbM Spiral?
702	15	4	28.22	2.72482	+19	50	25	13.896	pB S E90°
703	15	4	31.92	1.65632	+55	46	6	13.892	18 vS E35°
704	15	5	45.52	1.62772	+56	20	45	13.815	17 vS R N
705	15	5	52.12	1.64012	+55	55	5	13.807	18 vS R N
706	15	6	37.42	1.62632	+56	5	17	-13.760	18 vS R bM
707	22	29	41.02	2.72142	+34	22	53	+18.513	F S E90°
708	22	30	38.12	2.72992	+33	58	36	18.544	F S R
709	22	30	54.82	2.73062	+34	0	21	18.552	F pS vmbM
710	22	31	3.12	2.73442	+33	44	58	18.557	pB vS m E90° vmbM
711	22	31	17.62	2.73032	+34	8	35	18.566	vF vS m E160°
712	22	31	43.92	2.73342	+34	1	32	18.579	F pL i* inv
713	22	32	1.52	2.73942	+33	42	15	18.588	vF S m E140°
714	22	32	29.82	2.73242	+34	19	13	18.603	pB vS gmbM
715	22	32	33.22	2.73542	+34	6	5	18.605	vF pL gbM
716	22	32	46.22	2.73932	+33	51	20	18.612	D* inv set on p*
717	22	32	50.32	2.73472	+34	13	53	18.614	pB S E0° vmbM
718	22	33	1.32	2.74062	+34	19	38	18.620	vB S l E50° vmbM
719	22	33	37.72	2.73612	+34	21	1	18.640	pF pL l E90°
720	22	33	50.52	2.74482	+33	43	16	18.647	Neb*
721	22	33	58.12	2.74102	+34	4	9	18.651	vF pS E45°
722	22	34	0.62	2.74422	+33	49	6	18.652	F S E20°
723	22	34	10.82	2.74532	+33	46	59	18.658	F pL gbM
724	23	8	29.32	3.05142	+ 4	0	38	19.543	B vS E135°
725	23	8	49.62	3.04992	+ 4	20	26	19.549	vvF S R
726	23	9	42.02	3.05152	+ 4	5	43	19.566	B S vE 170°
727	23	10	1.12	3.0529	+ 3	49	42	19.572	B S neb*
728	23	10	24.42	3.05042	+ 4	21	20	19.580	B neb*
729	23	10	28.12	3.05012	+ 4	25	14	19.581	pS vF i
730	23	11	11.52	3.05212	+ 4	5	19	19.594	S l E90°
731	23	47	4.62	3.06202	+ 7	50	21	20.016	F pL N Spiral?
732	23	48	15.72	3.06322	+ 7	35	32	20.021	vF BN E100° Spiral
733	23	49	39.32	3.06402	+ 7	49	26	20.027	F vS mbM l E45°
734	23	56	13.32	3.06612	+15	55	34	20.045	vvF vS
735	23	56	16.02	3.06632	+15	43	36	20.045	pB vS
736	23	56	36.92	3.06682	+15	45	12	20.045	F vS
737	23	56	40.12	3.06692	+15	45	59	20.045	F vS E60°
738	23	56	52.92	3.06572	+20	25	57	20.046	S vF F* sp
739	23	57	4.82	3.06762	+15	49	9	20.046	vF pS
740	23	58	4.02	3.06922	+15	24	34	20.046	B m E135° N
741	23	58	18.12	3.06862	+20	47	8	20.047	vS vF E45°
742	23	58	53.32	3.07052	+15	27	48	20.047	F vS
743	23	59	20.82	3.07132	+15	25	32	20.047	vvF vS
744	23	59	23.22	+3.07102	+20	9	40	+20.047	S F E170°

Abbreviations Used in Description.

The number denotes magnitude,—estimated from the negative.