II/238 Dahlmark variables (Dahlmark, 1982-2001)

II/238/tab82-96.dat New variables in Cygnus (8/65), Cassiopeia (66/105), Cyg, Lyr and Vul (106/185), And, Gyg, Lac (186/220) northern Milki Way (221/280) (213 records)

LD ---	Name ---	RA DE hms dms	Vmax mag		(l) Vmin mag	(l) B-V (u) mag	Type ---	Epoch d	Per (u) (n) d	NStar mag	Notes ---
8	LD 8	19 49 17. 50 36	12.8	-	14.2	1.4
9	LD 9	19 51 40. 46 14	12.6	-	14.3	1.4
10	LD 10	19 52 20. 47 04	11.8	-	15.0	1.6					A1
11	LD 11	19 56 50. 46 58	11.6	-	14.8	1.4					A1
12	LD 12	19 57 44. 48 36	11.6	-	45.0	1.5
13	LD 13	19 58 20. 40 53	13.6	-	14.0	0.3					A1
14	LD 14	20 02 05. 47 35	13.6	-	45.0	1.4
15	LD 15	20 07 56. 47 48	11.9	-	45.0	2.4
16	LD 16	20 08 27. 38 03	14.0	-	14.7	> 0.5
17	LD 17	20 09 04. 40 49	13.8	-	14.8	0.					A1
18	LD 18	20 09 32. 36 52	13.8	-	14.5	> 0.7					A2
19	LD 19	20 10 15. 39 28	12.2	-	15.0	> 2.5
20	LD 20	20 15 30. 45 26	14.0	-	14.6	0.
21	LD 21	20 16 20. 43 36	13.3	-	<15.0	> 1.2					A2
22	LD 22	20 18 58. 49 33	12.2	-	<15.0	> 2.
23	LD 23	20 19 27. 50 18	12.6	-	15.0	0.					A3
24	LD 24	20 32 32. 49 13	13.6	-	15.0	> 1.9
25	LD 25	20 34 05. 42 49	13.6	-	15.0	0.7
26	LD 26	20 35 00. 37 42	13.4	-	<15.0	> 1.
27	LD 27	20 38 30. 49 47	13.0	-	15.0	1.5
28	LD 28	20 40 40. 42 07	13.2	-	14.6	1.3					A1
29	LD 29	20 46 08. 45 31	12.8	-	<14.5	1.7
30	LD 30	20 46 32. 46 22	14.0	-	15.0	0.2
31	LD 31	20 48 14. 37 19	12.4	-	<14.8	2.2
32	LD 32	20 50 45. 46 14	12.0	-	14.7	2.3
33	LD 33	20 53 12. 38 25	14.5	-	15.0	> 0.
34	LD 34	20 56 00. 42 35	12.6	-	15.0	> 2.
35	LD 35	20 58 45. 38 25	12.8	-	13.6	1.0					A1
36	LD 36	21 01 10. 37 35	10.8	-	13.2	0.9					A1
37	LD 37	21 02 25. 37 38	12.4	-	<14.5	2.					A1
38	LD 38	21 04 40. 37 20	12.4	-	15.0	1.6					A4
39	LD 39	21 05 35. 36 57	12.5	-	14.5	1.2
40	LD 40	21 05 45. 40 28	12.9	-	<15.0	1.6
41	LD 41	21 06 15. 37 15	13.5	-	<15.0	> 1.
42	LD 42	21 07 50. 37 38	11.8	-	13.0	1.7
43	LD 43	21 12 55. 44 05	12.4	-	14.0	2.0					A1
44	LD 44	21 13 15. 44 28	12.6	-	13.5	1.7
45	LD 45	21 15 35. 50 32	13.1	-	14.3	1.3
46	LD 46	21 17 00. 39 41	13.6	-	<14.8	> 0.8
47	LD 47	21 17 55. 50 28	13.1	-	<15.0	> 1.2
48	LD 48	21 18 00. 49 30	12.0	-	13.2	1.7
49	LD 49	21 19 00. 38 01	12.4	-	<14.8	2.1
50	LD 50	21 21 55. 47 59	13.7	-	14.2	> 1.
51	LD 51	21 25 30. 39 04	12.0	-	14.8	2.
52	LD 52	21 26 45. 37 47	13.5	-	>14.5	1.					A1
53	LD 53	21 28 50. 43 19	13.4	-	14.5	0.5
54	LD 54	21 29 00. 43 17	13.8	-	14.5	-0.2
55	LD 55	21 29 15. 38 32	11.5	-	<14.7	1.0
56	LD 56	21 29 30. 40 44	11.8	-	>14.8	2.0
57	LD 57	21 30 30. 38 44	11.8	-	14.5	-0.4
58	LD 58	21 30 50. 35 04	11.6	-	<14.5	2.2
59	LD 59	21 31 15. 37 49	10.4	-	<14.0	0.5					A1
60	LD 60	21 34 20. 38 10	11.8	-	14.3	2.0
61	LD 61	21 36 40. 45 29	11.6	-	14.2	> 2.2
62	LD 62	21 37 45. 43 05	13.8	-	<14.5	0.7
63	LD 63	21 40 45. 44 42	11.4	-	12.4	> 2.4
64	LD 64	21 41 30. 50 25	12.0	-	<14.5	> 2.
65	LD 65	21 41 45. 48 55	13.0	-	14.5	> 1.2
66	LD 66	23 48 32. 60 39	13.0	-	(16.5					13.6	C1
67	LD 67	23 56 33. 61 47	13.5	-	16.0	) 1.				13.8
68	LD 68	23 59 35. 64 38	13.0	-	15.5	0.5				12.0	C2
69	LD 69	23 59 45. 57 49	13.3	-	14.5	) 1.
70	LD 70	00 00 43. 66 52	13.6	-	15.0	) 0.7
71	LD 71	00 01 10. 59 28	13.6	-	15.8
72	LD 72	00 01 37. 60 32	13.8	-	15.0	) 1.
73	LD 73	00 01 40. 65 02	13.6	-	14.5	) 0.5
74	LD 74	00 04 33. 61 32	11.5	-	14.0	2.
75	LD 75	00 04 52. 63 04	12.4	-	13.4	0.6
76	LD 76	00 05 00. 64 27	12.0	-	16.0	2.2					C3
77	LD 77	00 05 40. 52 29	11.6	-	16.8	2.4
78	LD 78	00 08 40. 64 03	11.5	-	16.5	2.7				14.0	C3
79	LD 79	00 13 51. 65 45	12.0	-	(16.4	) 0.7
80	LD 80	00 14 12. 58 02	13.0	-	14.3	0.				13.7
81	LD 81	00 15 20. 58 53	13.5	-	(17.0	) 1.				14.5
82	LD 82	00 17 14. 56 19	12.5	-	(16.5	) 0.5
83	LD 83	00 24 38. 59 03	11.4	-	13.2	2.
84	LD 84	00 31 33. 64 16	12.8	-	15.0	1.8				13.5	C3
85	LD 85	00 32 25. 52 37	12.2	-	(15.0	2.3
86	LD 86	00 32 49. 63 53	12.3	-	14.7	) 2.
87	LD 87	00 46 43. 66 12	13.5	-	14.3	0.5				14.5
88	LD 88	00 48 03. 58 20	12.6	-	13.6	) 1.8
89	LD 89	00 50 21. 64 46	13.0	-	15.5	) 1.				14.0
90	LD 90	00 53 27. 59 24	12.2	-	(15.0	) 2.
91	LD 91	00 53 40. 66 59	12.2	-	14.0	2.0				15.5	C3
92	LD 92	00 54 12. 67 05	13.0	-	(15.0	) 1.5
93	LD 93	00 56 03. 63 32	10.9	-	13.2	2.7					C3
94	LD 94	00 56 21. 60 28	11.9	-	14.7	1.8					C3
95	LD 95	01 11 01. 56 05	12.7	-	13.8	0.1
96	LD 96	01 11 39. 63 21	10.8	-	16.2	3.0
97	LD 97	01 15 51. 53 12	13.5	-	16.0	) 1.
98	LD 98	01 16 55. 64 12	12.7	-	13.7	1.7				15.0	C3
99	LD 99	01 30 47. 61 56	13.5	-	14.5	0.1					C4
100	LD 100	01 40 00. 59 45	11.5	-	13.0	1.
101	LD 101	01 53 12. 59 42	12.8	-	15.0	1.2					C3
102	LD 102	01 57 35. 58 22	11.3	-	13.5	2.2				15.5
103	LD 103	01 57 53. 58 03	9.8	-	12.0	3.8					C3
104	LD 104	01 59 13. 62 48	13.0	-	14.7	) 1.5
105	LD 105	02 26 40. 62 19	12.0	-	14.0	2.				13.8
106	LD 106	19 01 22. + 33 53 30	11.2		<15.0	1.7	M	2447560	459 c
107	LD 107	19 04 15. + 25 30 00	12.5		<16.0	0.5	M?	2446910	338 c
108	LD 108	19 05 23. + 31 38 00	12.6		14.4	2.0	SR	2446985	308?
109	LD 109	19 05 38. + 35 41 42	12.0		13.0	1.2	IB
110	LD 110	19 06 02. + 36 18 18	11.9		13.5	1.6	IB				B1
111	LD 111	19 07 10. + 32 48 18	11.3		12.3	1.5	SR	2446990	457
112	LD 112	19 08 06. + 23 15 54	13.2		<15.	0. ?		2447315	234 c		B1
113	LD 113	19 09 08. + 24 39 24	12.7		16.0	1.2	M	2446620	302 c
114	LD 114	19 10 35. + 23 05 30	11.8		<15.		M	2445620	335 c		B1
115	LD 115	19 11 17. + 26 53 36	13.8		<15.3		M	2447060	282 c		B1
116	LD 116	19 12 51. + 36 55 48	11.5		14.8	1.5	M	2446650	290		B1
117	LD 117	19 19 54. + 23 00 48	12.2		15.2	2.3	M	2446945	180 c
118	LD 118	19 19 59. + 26 16 42	13.4		<16.2		SR	2446740	395
119	LD 119	19 20 37. + 25 52 48	12.5		<15.2	> 0.5	M	2447085	292 c
120	LD 120	19 21 09. + 24 21 42	10.5		13.2	3.3	M	2446740	342 c		B2,B19
121	LD 121	19 21 46. + 26 21 18	13.3		14.7	0.8	IB				B1
122	LD 122	19 22 28. + 32 13 18	11.7		<15.2	2.	SR	2446620	531		B3,B1
123	LD 123	19 23 52. + 26 32 18	13.2		<15.2	1.	SR	2446930	407		B1
124	LD 124	19 24 12. + 34 56 54	11.6		<15.2	1.7	M	2447280	405
125	LD 125	19 25 18. + 35 17 18	11.6		<15.2	1.6	M	2447015	247		B4
126	LD 126	19 25 41. + 24 36 24	11.9		15.2	1.7	M	2446945	182 c		B1
127	LD 127	19 28 13. + 28 03 12	12.4		<15.2	> 2.	M	2446953	370		B2,B1
128	LD 128	19 29 03. + 23 24 00	11.4		15.2	2.4	M	2446920	363
129	LD 129	19 29 42. + 28 44 00	12.7		14.5	1.3	SR
130	LD 130	19 33 59. + 34 09 12	12.3		15.2	> 2.	M	2446700	358		B1
131	LD 131	19 37 13. + 23 37 30	11.7		<15.0	> 1.3	M	2447300	292 c		B1
132	LD 132	19 38 13. + 23 26 00	14.0		15.0		I
133	LD 133	19 38 58. + 24 45 36	12.1		<15.2	2.1	M	2447300	260
134	LD 134	19 40 09. + 30 06 36	12.0		<15.2	2.0	M	2446700	362		B11
135	LD 135	19 41 41. + 34 21 54	10.4		13.0	3.0	SR	2446730	560		B5,B2,B20
136	LD 136	19 41 55. + 32 22 12	10.2		14.7	4.0	M	2446990	562 c		B1,B2
137	LD 137	19 44 27. + 31 32 48	11.9		15.0	2.3	M	2446700	371 c
138	LD 138	19 44 46. + 28 01 06	12.1		<15.2	> 1.8	M	2446890	227		B1,B6
139	LD 139	19 45 27. + 35 38 24	12.7		14.6	0.8	SRA?	2446680	304 c		B1
140	LD 140	19 47 12. + 22 30 12	13.0		<15.5	1.3	M	2447000	470 c		B1
141	LD 141	19 47 13. + 29 24 00	10.0		12.6	2.7	M	2447380	523		B2
142	LD 142	19 47 57. + 35 41 18	11.4		<15.2	1.	M?	2446640	452		B1,B21
143	LD 143	19 47 58. + 22 25 00	13.2		<15.2	> 0.7	M	2447280	400
144	LD 144	19 48 08. + 26 18 48	13.0		15.0	> 1.5					B1,B7
145	LD 145	19 49 10. + 26 02 54	12.7		<15.2		M?	2447133	444		B11
146	LD 146	19 49 33. + 32 40 00	13.0		<15.1	> 0.9	M	2446650	394 c
147	LD 147	19 49 58. + 27 01 30	12.0		15.0	1.6	SR	2446650	480		B8
148	LD 148	19 51 49. + 23 00 42	13.0		15.0	1.3		2446950	200		B9
149	LD 149	19 53 03. + 22 23 18	12.1		<15.0	> 1.3	M	2446945	294		B10,B11
150	LD 150	19 53 47. + 22 13 06	11.3		14.5	0.7	SRD?	2446885	478 c		B1
151	LD 151	19 54 19. + 23 08 24	12.4		14.2	1.4	SRB	2447350	404
152	LD 152	19 56 07. + 31 46 42	14.1		<15.2	> 0.6	M	2447400	600
153	LD 153	19 56 13. + 29 33 06	12.6		<15.2	1.5	M	2446670	386		B1
154	LD 154	19 57 10. + 31 05 06	11.9		15.1	> 2.8	M	2447040	288 c		B1
155	LD 155	20 00 29. + 29 43 18	11.8		15.1	> 2.	M	2447086	585 c
156	LD 156	20 01 13. + 31 15 36	12.8		13.7	1.2	I
157	LD 157	20 01 23. + 29 46 36	11.8		13.6	2.0	SR
158	LD 158	20 04 14. + 25 18 54	12.5		<15.2	1.8	M	2447005	204 c
159	LD 159	20 04 20. + 35 09 00	12.6		15.1	> 1.8	M	2447310	460		B11,B2
160	LD 160	20 04 43. + 33 49 24	12.5		15.1	> 1.4	M	2446920	355		B12
161	LD 161	20 06 21. + 25 27 18	13.8		<15.2		I				B11
162	LD 162	20 07 44. + 31 49 54	13.0		<15.2	> 1.	M	2446925	437 c		B1
163	LD 163	20 07 56. + 25 29 12	11.8		15.1	1.6	M	2446720	214 c		B1
164	LD 164	20 08 51. + 22 43 00	12.8		15.0	1.5	M	2447355	284		B1,B13,B22
165	LD 165	20 10 30. + 24 27 48	12.4		<15.2	1.8	M	2447050	263 c
166	LD 166	20 13 34. + 25 17 42	10.3		<15.2	2.8	M	2446660	262 c		B1,B2
167	LD 167	20 13 57. + 24 04 24	11.6		<15.2	> 1.8	M	2446720	452
168	LD 168	20 19 30. + 30 15 06	13.0		<15.2	> 0.5	SR	2446645	403		B1
169	LD 169	20 19 31. + 29 05 06	12.4		15.0		SR	2446620	420?
170	LD 170	20 19 57. + 22 13 48	13.0		14.9	0.7	SRD	2446640	148		B1
171	LD 171	20 24 03. + 27 59 42	12.8		<15.0			2446945	430?		B14
172	LD 172	20 25 18. + 24 07 30	12.0		<16.0	1.8	M	2446760	440		B15
173	LD 173	19 15 55. + 34 20 24	12.0		14.8	1.9	M	2447375	269 c
174	LD 174	19 19 40. + 24 37 24	12.9		<15.8		SR	2447730	323		B1
175	LD 175	19 28 09. + 24 04 00	14.2		<16.0		M	2446980	250
176	LD 176	19 46 35. + 31 58 36	13.0		15.1		M	2446650	275
177	LD 177	19 48 44. + 29 21 18	12.8		15.2	> 1.	M	2446930	317 c		B1
178	LD 178	19 50 23. + 30 42 24	12.5		14.2	> 1.7	M	2447050	250		B16
179	LD 179	19 52 29. + 33 56 42	12.5		<15.2	1.4	M	2447056	230 c		B1
180	LD 180	13 54 17. + 35 22 12	13.1		<15.0	> 0.8	M	2446980	382		B17
181	LD 181	19 55 31. + 30 35 00	13.9		<15.2		SR	2446690	375		B1
182	LD 182	19 55 53. + 22 41 18	13.0		14.7	> 1.	I				B1
183	LD 183	19 56 24. + 35 35 06	12.3		14.8	> 2.	SRB	2446619	103		B18
184	LD 184	20 16 16. + 26 29 48	11.8		<15.2	> 1.6	M	2446715	345 c
185	LD 185	20 16 33. + 28 25 42	13.5		15.0	> 0.7	M	2447715	298 c
186	LD 186	21 51 29. + 43 50 42	12.5		14.2	1.0	SR	2449190	239		D1,D3
187	LD 187	21 55 24. + 38 10 00	12.3		15.2	0.5	SRD	2449326	260?
188	LD 188	21 56 58. + 49 57 42	13.8		(15.1						D1
189	LD 189	22 04 34. + 47 52 48	13.9		14.6	0.3
190	LD 190	22 05 48. + 40 50 42	12.1		15.2	1.3	M	2449842	380		D1
191	LD 191	22 07 03. + 45 15 36	12.9		14.6	1.0					D1
192	LD 192	22 07 41. + 51 56 18	11.8		14.0	> 2.
193	LD 193	22 07 45. + 51 57 42	13.6		14.4	-0.2
194	LD 194	22 08 06. + 38 01 18	11.7		15.1	1.2	M	2449984	380		D1
195	LD 195	22 11 43. + 43 39 36	11.9		12.9	0.4
196	LD 196	22 12 43. + 46 40 00	11.8		13.5	> 2.
197	LD 197	22 13 55. + 42 08 12	12.5		(16.2	> 1.3	NL				D1,D9
198	LD 198	22 17 34. + 47 58 00	12.3		14.1	0.4	SR	2449251	200?		D1
199	LD 199	22 21 25. + 47 29 36	13.8		15.2	> 0.5	SR	2449652	322
200	LD 200	22 22 49. + 47 34 36	13.8		14.5	0.
201	LD 201	22 23 41. + 50 02 54	12.2		15.6	> 0.5	M	2449866	500		D1,D2
202	LD 202	22 24 21. + 48 09 06	13.5		14.6	1.0
203	LD 203	22 26 10. + 44 12 30	11.9		12.5	1.5					D2
204	LD 204	22 27 48. + 45 31 48	12.5		15.0	> 1.5	M	2449995	321
205	LD 205	22 29 29. + 48 01 18	11.0		14.6	> 2.	M	2449480	363		D1
206	LD 206	22 39 00. + 40 19 06	10.6		15.2	3.0	M	2449250	185		D4
207	LD 207	22 41 08. + 41 01 54	9.7		14.0	2.5	M	2449480	258		D1
208	LD 208	22 43 10. + 50 36 18	12.8		(15.2	> 0.4	M	2449981	370		D1,D2
209	LD 209	22 44 21. + 51 58 36	13.3		14.4	> 1.					D2,D5
210	LD 210	22 47 29. + 52 02 06	11.8		15.2	> 0.7	M	2448868	344		D1
211	LD 211	22 48 10. + 53 09 00	12.2		14.3	> 1.5	M:	2449948	362		D1,D6
212	LD 212	22 56 50. + 48 52 12	12.9		15.0		SR	2449680	367?		D2
213	LD 213	22 58 47. + 37 35 06	13.5		15.0	1.
214	LD 214	22 59 45. + 39 43 36	11.8		14.5	2.0	M	2449540	280		D1,D7
215	LD 215	23 00 08. + 41 27 42	11.6		(15.0	0. ?		2449520	270		D2
216	LD 216	23 04 06. + 37 59 00	11.3		12.8	0.7					D1
217	LD 217	23 14 05. + 38 27 24	11.3		14.4	0.5	SRD	2449820	362		D1,D2
218	LD 218	23 23 20. + 45 25 36	12.0		(14.0	> 2.	M	2449520	348		D1,D2
219	LD 219	23 28 46. + 49 46 12	13.0		13.8	> 0.6					D2
220	LD 220	23 31 44. + 46 02 42	11.3		(15.0	1.6	M	2449981	325		D2,D8

II/238/tab97-01.dat New variables in the northern Milky Way (221-315), And and Cas (316-341), Lyra and Cygnus (342-366), along the northern Milky Way (367-420) (213 records)

LD ---	Name (n) ---	RA DE hms dms	rPos ---	GSC ---	IRAS ---	OName ---	Rem ---
221	LD 221	21 13 49.9 + 61 51 23.	A	4248-0077	21126+6138
222	LD 222	21 19 27.2 + 61 26 13.	A		21182+6113
223	LD 223	21 24 11.8 + 59 27 49.	A
224	LD 224	21 25 02.0 + 61 59 36.	A	4252-0770	21237+6146
225	LD 225	21 27 27.3 + 62 53 24.	A		21262+6240
226	LD 226	21 33 08.2 + 61 46 29.	A	4249-0543	21318+6133
227	LD 227	21 34 31.9 + 58 51 03.	A			StRS 407
228	LD 228	21 35 55.0 + 54 49 09.	A
229	LD 229	21 36 50.8 + 54 40 58.	A		21352+5427
230	LD 230	21 40 06.2 + 59 35 43.	A		21386+5922
231	LD 231	21 44 03.8 + 66 39 12.	A		21429+6625
232	LD 232	21 48 25.2 + 58 00 53.	A		21468+5747
233	LD 233	21 48 17.9 + 62 38 07.	A		21469+6224
234	LD 234	21 50 59.2 + 59 27 39.	A		21494+5913
235	LD 235	21 52 19.4 + 62 48 40.	A		21509+6234
236	LD 236	21 53 43.3 + 52 21 26.	A		21519+5207
237	LD 237	21 54 44.1 + 63 56 22.	A
238	LD 238	21 55 15.4 + 63 43 33.	G	4266-3002	21538+6329
239	LD 239 *	21 55 29.1 + 63 56 24.	A	4270-0646	21540+6341
240	LD 240	21 57 26.1 + 64 12 49.	A		21560+6358
241	LD 241	21 57 47.4 + 64 35 26.	A
242	LD 242	21 58 08.6 + 66 00 03.	A
243	LD 243	21 58 25.6 + 63 43 28.	A	4266-2925	21570+6329
244	LD 244	22 01 10.5 + 66 10 30.	G	4275-2480
245	LD 245	22 01 36.7 + 62 59 27.	A		22001+6244
246	LD 246	22 02 40.4 + 61 37 30.	G	4263-0653
247	LD 247	22 03 21.3 + 62 18 29.	A		22018+6203	CGCS 5565
248	LD 248	22 04 21.7 + 64 10 44.	S		22029+6356
249	LD 249	22 04 30.0 + 62 04 48.	A	4267-0544	22029+6150	CGCS 5569
250	LD 250	22 06 33.8 + 64 39 59.	A		22051+6425
251	LD 251	22 06 59.8 + 65 28 10.	A	4271-0380	22056+6513
252	LD 252	22 08 33.6 + 63 34 54.	A	4267-2710
253	LD 253	22 11 00.2 + 59 38 43.	A	3981-0582	22093+5923
254	LD 254	22 11 37.4 + 60 05 32.	A		22099+5950
255	LD 255	22 14 26.1 + 60 04 31.	S		22127+5949	CGCS 5613
256	LD 256	22 15 39.4 + 66 17 53.	A
257	LD 257	22 20 14.5 + 60 46 14.	A
258	LD 258	22 22 30.0 + 64 09 26.	A		22208+6354
259	LD 259	22 23 06.5 + 56 42 50.	A		22212+5627	CGCS 5644
260	LD 260	22 23 40.5 + 58 44 56.	A			24P 116
261	LD 261	22 26 40.3 + 58 31 35.	A	3995-0119	22248+5816
262	LD 262	22 32 14.9 + 55 10 52.	A		22302+5455
263	LD 263	22 35 42.0 + 64 39 57.	A		22339+6424
264	LD 264	22 37 36.0 + 61 16 09.	A		22357+6100
265	LD 265	22 42 54.6 + 65 58 53.	A		22411+6543
266	LD 266	22 47 46.2 + 55 18 13.	A		22457+5502	GY Lac
267	LD 267	22 50 54.0 + 62 04 43.	A		22489+6148
268	LD 268	22 51 32.9 + 58 25 57.	A		22495+5810
269	LD 269	23 15 26.1 + 57 27 05.	A		23132+5710
270	LD 270	23 18 10.6 + 65 52 44.	A		23160+6536
271	LD 271	23 18 36.0 + 64 08 52.	A		23164+6352
272	LD 272	23 20 00.9 + 65 32 08.	A		23178+6515
273	LD 273	23 23 01.9 + 56 15 25.	S		23207+5558
274	LD 274	23 25 31.3 + 55 22 07.	G	4003-1940	23232+5505
275	LD 275 *	23 26 27.2 + 53 53 07.	A		23241+5336
276	LD 276	23 29 25.1 + 64 59 40.	A		23271+6443	CGCS 5885
277	LD 277 *	23 37 39.7 + 58 50 47.	S		23352+5834
278	LD 278	23 46 10.0 + 58 40 17.	A		23437+5823
279	LD 279	23 49 13.4 + 54 54 04.	A		23467+5437
280	LD 280 *	23 52 09.1 + 66 34 50.	A		23496+6618
281	LD 281	18 49 51.0 + 62 17 25.	G	4219-2324	18493+6213
282	LD 282	19 07 56.6 + 59 23 52.	G	3932-0152
283	LD 283	19 26 36.5 + 58 52 41.	G	3933-0532
284	LD 284	19 30 51.5 + 59 20 03.	G	3933-0464	19300+5913
285	LD 285	19 35 03.1 + 62 19 46.	A
286	LD 286 *	19 35 18.9 + 54 39 53.	A			FBS 1934+545
287	LD 287	19 47 53.2 + 51 45 15.	G	3569-1495
288	LD 288	20 04 29.3 + 53 21 50.	G	3936-1293
289	LD 289	20 05 23.6 + 63 24 57.	G	4236-1227
290	LD 290	20 13 42.7 + 65 56 28.	A		20132+6547
291	LD 291	20 14 32.1 + 52 59 36.	A
292	LD 292	20 15 59.0 + 63 46 32.	G	4240-1183
293	LD 293	20 18 45.0 + 62 32 45.	G	4237-1933
294	LD 294 *	20 20 16.9 + 55 08 57.	G	3941-1952	20190+5459	V770 Cyg	b-r = 4.8
295	LD 295 *	20 21 49.5 + 53 01 25.	S		20204+5251
296	LD 296	20 23 19.6 + 65 28 18.	G	4241-1345	20227+6518
297	LD 297	20 29 05.8 + 64 17 43.	G	4241-1140
298	LD 298 *	20 29 11.7 + 64 16 23.	A		20284+6406
299	LD 299	20 33 23.5 + 61 52 30.	A				faint companion on E
300	LD 300	20 35 15.0 + 61 05 48.	A		20342+6055
301	LD 301 *	20 35 13.8 + 55 58 51.	A			V566 Cyg
302	LD 302	20 36 31.9 + 53 26 17.	A		20351+5315
303	LD 303	20 44 05.7 + 54 33 52.	A		20427+5422		b-r = 7.4
304	LD 304	20 47 16.7 + 60 35 27.	A		20461+6024
305	LD 305	20 47 30.6 + 61 38 12.	A		20464+6127
306	LD 306	20 48 55.9 + 63 26 26.	S		20480+6315
307	LD 307	20 55 47.4 + 58 15 18.	A				b-r = 5.0
308	LD 308 *	20 56 24.5 + 52 56 58.	S		20549+5245	M8
309	LD 309	21 00 41.7 + 58 05 09.	S		20593+5753		southeastern of two
310	LD 310	21 03 26.9 + 59 58 30.	A		21021+5946		b-r = 5.3
311	LD 311	21 06 52.0 + 58 04 45.	A
312	LD 312	21 10 58.0 + 58 01 03.	G	3961-0044			b-r = 5.2
313	LD 313	21 17 07.5 + 55 30 22.	A		21156+5517
314	LD 314	21 17 14.5 + 54 24 42.	G	3957-0169	21156+5412
315	LD 315	21 31 11.1 + 64 27 36.	G	4257-0783	21300+6414
	HH Cep	20 18 43.6 + 60 36 14.	A		20177+6026	HH Cep
	V1198 Cyg	20 32 22.3 + 52 19 42.	A			V1198 Cyg	b-r = 6.1
	UW Cep	20 59 23.0 + 58 53 33.	A	3964-0838	20581+5841	UW Cep	b-r = 5.5
	UX Cep	21 03 54.7 + 55 27 51.	A		21024+5515	UX Cep
	V339 Cep	21 11 45.4 + 57 42 49.	A		21103+5730	V339 Cep
	V341 Cep	21 13 23.7 + 58 02 48.	A	3961-0207	21120+5750	V341 Cep
316	LD 316	23 38 21.2 + 51 30 53.	A
317	LD 317	23 44 57.4 + 43 31 22.	A
318	LD 318	23 53 44.9 + 50 59 19.	G	3651-0927	23512+5042
319	LD 319	0 05 29.3 + 52 52 58.	A
320	LD 320	0 06 42.7 + 52 27 33.	A		00041+5210
321	LD 321	0 09 36.9 + 37 47 32.	A	2781-1738	00070+3730	FBS 0007+375
322	LD 322	0 09 39.8 + 53 10 11.	A		00070+5253
323	LD 323	0 10 55.1 + 48 15 33.	A	3250-0239	00083+4758
324	LD 324	0 12 42.0 + 52 47 24.
325	LD 325	0 12 55.6 + 50 55 37.	A	3259-1582
326	LD 326	0 19 10.7 + 52 02 03.	A		00164+5145
327	LD 327	0 21 20.7 + 51 21 39.	A		00186+5104
328	LD 328	0 26 49.1 + 49 40 36.	A	3256-0458
329	LD 329	0 29 21.3 + 49 38 42.	A
330	LD 330	0 36 22.7 + 48 21 49.	A	3253-0615
331	LD 331	0 38 40.2 + 53 16 12.	A		00358+5259
332	LD 332	0 38 51.8 + 45 33 50.	A				at minimum on POSS-I
333	LD 333	0 45 01.1 + 48 41 03.	A	3266-1137	00422+4824
334	LD 334	0 46 24.8 + 47 41 33.	A	3266-1510	00436+4725
335	LD 335	0 50 43.3 + 46 30 32.	S		00479+4614
336	LD 336	0 53 32.8 + 44 02 27.	A	2810-0523
337	LD 337	0 54 09.2 + 46 21 49.	A
338	LD 338	1 10 30.4 + 45 06 12.	A	3264-0924	01076+4450
339	LD 339	1 16 04.7 + 50 11 45.	A	3272-0151	01131+4955
340	LD 340	1 17 11.2 + 42 02 04.	A	2808-1655
341	LD 341	1 30 05.8 + 50 10 01.	A	3286-2177	01270+4954	StM 10 (M8)
342	LD 342	18 02 28.09+ 50 46 27.8	G	3536-0110
343	LD 343	18 17 24.60+ 42 36 16.2	A		18158+4235	J181724.82+423614.8
344	LD 344 *	18 21 48.43+ 51 24 20.6	G	3537-1908	F18206+5122	J182148.31+512419.2
345	LD 345	18 31 13.83+ 46 58 34.7	G	3530-2757
346	LD 346 *	18 49 43.41+ 40 57 49.6	G	3122-2898	18480+4054
347	LD 347	19 05 33.82+ 39 20 04.3	G	3120-1794
348	LD 348 *	19 15 20.63+ 39 58 49.2	G	3125-1819	F19136+3953	J191520.86+395900.7
349	LD 349 *	19 18 54.46+ 43 49 26.0	G	3133-0385		J191853.61+434930.0
350	LD 350	19 19 55.01+ 40 52 40.1	G	3125-0632
351	LD 351 *	19 28 38.98+ 45 05 51.9	G	3543-1107	19271+4459	J192838.56+450547.1
352	LD 352	19 30 32.95+ 48 03 25.4	A		19291+4757	J193032.71+480327.0
353	LD 353	19 31 43.56+ 41 25 38.3	A			J193143.45+412537.9
354	LD 354 *	19 33 10.56+ 38 58 33.6	A		19314+3851	J193310.27+385830.6
355	LD 355	19 35 23.09+ 48 03 00.8	G	3560-1804
356	LD 356	19 37 38.50+ 49 07 50.8	G	3564-2375	19362+4900	J193738.09+490751.9
357	LD 357 *	19 39 08.50+ 43 23 49.6	G	3147-1366	19375+4316	J193908.32+432345.2
358	LD 358	19 42 06.64+ 38 03 37.1	A		19403+3756
359	LD 359 *	19 42 08.44+ 47 22 57.3	A		19406+4715
360	LD 360	19 43 08.74+ 41 34 14.1	G	3144-0947	19414+4126
361	LD 361 *	19 44 15.69+ 39 11 12.2	A
362	LD 362	19 47 15.81+ 44 27 07.0	A
363	LD 363 *	19 47 58.82+ 38 45 54.5	A		19462+3838
364	LD 364 *	19 49 26.3 + 37 31 59.	S		19476+3724
365	LD 365	19 52 06.73+ 43 31 08.1	G	3149-1648
366	LD 366	19 59 38.99+ 47 31 33.1	A		19581+4723
	V352 Lyr	18 52 17.06+ 42 09 49.0	A		18507+4206
	V396 Lyr	18 59 50.68+ 45 21 39.9	G	3541-1654
	EQ Lyr	19 19 02.63+ 41 06 34.5	A
	V1253 Cyg	19 18 57.04+ 44 57 24.5	A			J191857.81+445729.8
	V1503 Cyg	19 19 53.33+ 43 45 44.1	G	3133-0201	19183+4340	J191953.20+434541.0
	V754 Cyg	19 42 49.75+ 51 52 50.8	G	3569-0766	19415+5145	J194249.75+515247.1
	IR Cyg	19 47 15.7 + 37 50 43.	S
367	LD 367 *	20 34 45.85+ 32 48 13.2	G	2690-1071	20327+3237
368	LD 368	20 37 00.15+ 33 54 08.9	M		20350+3343
369	LD 369	20 37 01.19+ 30 39 45.6	M		20349+3029
370	LD 370	20 37 11.25+ 34 22 14.6	M		20352+3411
371	LD 371 *	20 38 19.81+ 34 12 20.7	M		20363+3401	[PCC93] 420
372	LD 372 *	20 39 01.13+ 27 29 33.1	A
373	LD 373	20 39 50.10+ 34 37 18.0	G	2694-2096	20378+3426
374	LD 374	20 43 00.54+ 33 24 43.6	M		20409+3313
375	LD 375 *	20 43 21.11+ 26 24 36.8	g
376	LD 376	20 44 12.47+ 26 12 46.3	A		20420+2601
377	LD 377	20 45 01.24+ 27 15 07.3	A
378	LD 378	20 49 05.91+ 23 21 51.9	M
379	LD 379	20 53 09.51+ 32 31 04.8	g
380	LD 380 *	21 01 29.92+ 25 03 42.6	G	2176-1341	20593+2451
381	LD 381	21 04 05.56+ 26 32 11.1	M		21019+2620
382	LD 382	21 04 05.52+ 32 30 13.2	M	2705-0784
383	LD 383 *	21 05 11.04+ 26 54 14.5	A		21030+2642	V422 Vul
384	LD 384	21 05 32.23+ 35 25 05.9	M	2709-2776
385	LD 385 *	21 07 55.6 + 35 35 21.	S
386	LD 386 *	21 08 01.30+ 23 43 44.6	G	2173-0719	21057+2331	StM 536
387	LD 387	21 09 01.23+ 27 31 23.2	T	2181-1309	21068+2719	DO 20055 (M6)
388	LD 388 *	21 10 14.82+ 31 29 40.7	M		21081+3117
389	LD 389 *	21 10 19.33+ 33 28 53.8	M
390	LD 390 *	21 10 47.76+ 34 20 06.4	M		21087+3407
391	LD 391 *	21 11 13.60+ 34 19 14.3	M
392	LD 392 *	21 11 19.97+ 31 23 19.1	G	2702-0676	21092+3111
393	LD 393	21 13 43.61+ 28 00 13.9	G	2194-2252	21115+2747
394	LD 394 *	21 14 12.26+ 36 39 00.0	g			[D75] 130 (M7)
395	LD 395	21 16 45.00+ 29 13 39.5	G	2198-1085	F21145+2900
396	LD 396	21 17 09.56+ 31 07 49.9	M	2702-1537	21150+3055
397	LD 397	21 18 34.71+ 33 44 30.8	M
398	LD 398	21 19 39.94+ 35 00 11.1	M	2711-0059
399	LD 399	21 19 53.00+ 35 08 57.9	M	2711-0433
400	LD 400	21 20 19.48+ 28 08 57.6	M
401	LD 401	21 20 31.92+ 33 07 17.6	M	2707-1462		CGCS 5254 = DO 20294
402	LD 402 *	21 24 43.63+ 33 59 17.3	M			V1904 Cyg
403	LD 403 *	21 25 18.84+ 27 03 25.8	G	2195-1274
404	LD 404	21 25 27.63+ 22 25 42.1	G	1675-1355	21231+2212
405	LD 405	21 29 55.82+ 23 13 05.9	G	2188-0931
406	LD 406	21 31 17.65+ 26 44 06.4	A		21290+2630
407	LD 407	21 31 54.64+ 33 03 02.8	M	2708-1539		MSX G081.7116-13.4145
408	LD 408	21 35 09.76+ 31 11 35.9	M	2704-0321		MSX G080.8816-15.2254
409	LD 409	21 36 04.16+ 36 13 47.0	G	2729-2282		MSX G084.5981-11.7114
410	LD 410	21 39 32.32+ 30 03 51.1	A			MSX G080.7727-16.6915
411	LD 411	21 39 55.09+ 31 19 16.1	A
412	LD 412	21 43 00.06+ 32 41 38.9	G	2721-1053		MSX G083.2033-15.2747
413	LD 413	21 43 10.31+ 35 45 13.6	G	2729-2394
414	LD 414	21 43 35.93+ 37 22 34.9	A		21415+3708
415	LD 415	21 44 47.46+ 34 27 15.3	G	2725-1671	21426+3413	MSX G084.7122-14.2212
416	LD 416	21 46 09.65+ 35 56 16.3	G	2730-0323	21440+3542
417	LD 417	21 51 55.43+ 29 17 13.3	G	2214-1992		MSX G082.2985-19.0853
418	LD 418	21 52 58.57+ 33 48 29.1	G	2726-1773	F21508+3334
419	LD 419	21 59 40.64+ 29 39 59.3	G	2215-0401	21574+2925
420	LD 420	22 07 09.90+ 28 28 37.2	G	2216-1795	F22048+2813

II/238/b-v97-98.dat New variables in northern Milky Way (221-315) (101 records)

LD ---	Name (n) ---	RA DE hms dms	Vmax mag	(l) Vmin mag	(l) B-V mag	Type ---	Epoch d	Per (u) (n) d
221	LD 221	21 13 49.9+ 61 51 23	11.8	13.7	2.1	SRa	2450273	254
222	LD 222	21 19 27.2+ 61 26 13	12.1	16.0	1.4	M	2449681	353
223	LD 223	21 24 11.8+ 59 27 49	13.5	15.5	> 2.	SRa	2447862	315
224	LD 224	21 25 02.0+ 61 59 36	13.4	15.3	0.8	SRa	2449541	265
225	LD 225	21 27 27.3+ 62 53 24	13.2	15.0	1.0	SRa	2450273	246
226	LD 226	21 33 08.2+ 61 46 29	11.8	14.3	2.	SRa	2450200	248
227	LD 227	21 34 31.9+ 58 51 03	13.5	15.6	1.2	SRa	2449954	331
228	LD 228	21 35 55.0+ 54 49 09	11.7	13.6	> 2.	Lb
229	LD 229	21 36 50.8+ 54 40 58	13.3	>16.2		L
230	LD 230	21 40 06.2+ 59 35 43	12.3	14.7	> 2.5	SRa	2449954	404
231	LD 231	21 44 03.8+ 66 39 12	14.3	15.3	1.	Lb
232	LD 232 *	21 48 25.2+ 58 00 53	13.7	15.1	> 1.5	SRb	2449681	390
233	LD 233	21 48 17.9+ 62 38 07	12.6	14.5	1.1	SRb	2449870	120
234	LD 234	21 50 59.2+ 59 27 39	12.8	14.8	1.2	Lb
235	LD 235	21 52 19.4+ 62 48 40	12.9	>16.0		M	2449920	495
236	LD 236	21 53 43.3+ 52 21 26	12.4	>16.0	> 1.6	M	2449809	611
237	LD 237	21 54 44.1+ 63 56 22	11.5	>16.0	2.	M	2450360	380
238	LD 238	21 55 15.4+ 63 43 33	12.0	14.7	2.5	M	2449809	212
239	LD 239	21 55 29.1+ 63 56 24	13.5	14.8	> 2.	Lb
240	LD 240	21 57 26.1+ 64 12 49	12.2	15.5	2.3	M	2450305	310
241	LD 241	21 57 47.4+ 64 35 26	14.1	15.3	0.7	SRa	2450337	146
242	LD 242	21 58 08.6+ 66 00 03	11.8	16.0	1.3	M	2449809	155
243	LD 243 *	21 58 25.6+ 63 43 28	11.4	15.2	2.1	M	2450250	453
244	LD 244	22 01 10.5+ 66 10 30	12.0	14.5	> 2.	SRb		392?
245	LD 245	22 01 36.7+ 62 59 27	12.4	15.3	> 2.2	M	2450188	350
246	LD 246 *	22 02 40.4+ 61 37 30	12.4	14.7	1.8	SRa		350
247	LD 247	22 03 21.3+ 62 18 29	11.8	14.1	3.5	Lb
248	LD 248	22 04 21.7+ 64 10 44	14.1	>16.0		Lb
249	LD 249	22 04 30.0+ 62 04 48	12.0	14.3	> 3.	Lb
250	LD 250 *	22 06 33.8+ 64 39 59	13.0	14.9	2.2	SRb	2450188	224
251	LD 251	22 06 59.8+ 65 28 10	11.8	14.6	2.0	M	2449681	381
252	LD 252	22 08 33.6+ 63 34 54	12.5	>16.0		M	2449895	283
253	LD 253	22 11 00.2+ 59 38 43	12.5	16.0	> 2.	M	2450305	266
254	LD 254	22 11 37.4+ 60 05 32	13.2	>16.0	2.6	M	2450337	231
255	LD 255	22 14 26.1+ 60 04 31	12.7	14.4	> 3.	SRa	2450305	398
256	LD 256	22 15 39.4+ 66 17 53	13.8	15.0	> 1.5	Lb
257	LD 257	22 20 14.5+ 60 46 14	13.2	14.0	1.	L
258	LD 258	22 22 30.0+ 64 09 26	13.6	>16.0	> 2.	M	2450360	335
259	LD 259	22 23 06.5+ 56 42 50	12.2	14.6	> 1.	M	2450000	370
260	LD 260	22 23 40.5+ 58 44 56	14.0	15.2		L
261	LD 261	22 26 40.3+ 58 31 35	11.0	13.3	2.	Lb
262	LD 262	22 32 14.9+ 55 10 52	13.8	15.5		SRb	2449360	339
263	LD 263	22 35 42.0+ 64 39 57	13.0	15.8	> 1.3	M	2449987	318
264	LD 264	22 37 36.0+ 61 16 09	11.8	>14.5	2.0	M	2450350	227
265	LD 265	22 42 54.6+ 65 58 53	10.9	16.0	> 1.6	M	2449809	341
266	LD 266 *	22 47 46.2+ 55 18 13	11.6	15.2	1.6	M	2449650	380
267	LD 267 *	22 50 54.0+ 62 04 43	12.8	16.0		M	2450337	265
268	LD 268	22 51 32.9+ 58 25 57	12.6	>16.0	> 1.5	M	2450188	162
269	LD 269	23 15 26.1+ 57 27 05	12.5	>16.2		L
270	LD 270	23 18 10.6+ 65 52 44	11.9	16.1	1.1	M	2450360	366
271	LD 271	23 18 36.0+ 64 08 52	13.0	15.0	> 1.	SR	2450360	232
272	LD 272	23 20 00.9+ 65 32 08	12.7	16.0	> 1.8	M	2449919	151
273	LD 273	23 23 01.9+ 56 15 25	12.6	>15.0	> 1.2	SR		265?
274	LD 274	23 25 31.3+ 55 22 07	12.5	>15.0		M	2450360	273
275	LD 275	23 26 27.2+ 53 53 07	11.0	15.2	> 2.	M	2449843	369
276	LD 276	23 29 25.1+ 64 59 40	12.6	15.3	> 1.	L
277	LD 277	23 37 39.7+ 58 50 47	12.9	15.2		SR	2449809	365
278	LD 278	23 46 10.0+ 58 40 17	13.1	15.1	> 1.	SR	2449954	255
279	LD 279	23 49 13.4+ 54 54 04	12.5	15.5		M	2449542	400
280	LD 280 *	23 52 09.1+ 66 34 50	11.3	14.6	2.1	M	2450360	332
281	LD 281	18 49 51.0+ 62 17 25	11.1	14.9	2.4	M	2450746	312
282	LD 282 *	19 07 56.6+ 59 23 52	11.8	14.8	0.	EA	2449681	s
283	LD 283	19 26 36.5+ 58 52 41	12.8	>16.0	1.2	M	2450746	244
284	LD 284	19 30 51.5+ 59 20 03	10.4	14.5	1.0	M	2450806	298
285	LD 285	19 35 03.1+ 62 19 46	13.5	14.7	0.	Ia	2450189	269:
286	LD 286	19 35 18.9+ 54 39 53	12.9	15.0	0.7	SRa	2450715	300
287	LD 287	19 47 53.2+ 51 45 15	12.3	14.9	> 0.7	SRa	2450715	312
288	LD 288	20 04 29.3+ 53 21 50	12.3	14.3	1.4	Lb
289	LD 289 *	20 05 23.6+ 63 24 57	12.0	14.4	0.	E		27?
290	LD 290	20 13 42.7+ 65 56 28	11.5	>15.5	1.5	M	2450388	269
291	LD 291	20 14 32.1+ 52 59 36	13.4	15.5	0.9	SRa	2450835	318
292	LD 292 *	20 15 59.0+ 63 46 32	13.0	15.8	0.6	SRb	2449843	272
293	LD 293	20 18 45.0+ 62 32 45	11.8	>16.2	1.7	M	2450776	300
294	LD 294 *	20 20 16.9+ 55 08 57	11.9	15.6	2.1	M	2450835	314
295	LD 295	20 21 49.5+ 53 01 25	12.7	>15.2	> 0.9	M	2450572	345
296	LD 296	20 23 19.6+ 65 28 18	11.8	15.8	2.	M	2450546	352
297	LD 297	20 29 05.8+ 64 17 43	13.1	14.4	1.0	Lb
298	LD 298	20 29 11.7+ 64 16 23	11.9	15.4	1.2	M	2450636	260
299	LD 299 *	20 33 23.5+ 61 52 30	13.1	14.7	> 1.	SRb
300	LD 300	20 35 15.0+ 61 05 48	13.4	>16.2	> 0.9	Lb
301	LD 301 *	20 35 13.8+ 55 58 51	12.3	>16.2	1.0	M	2450636	224
302	LD 302	20 36 31.9+ 53 26 17	12.1	14.4	1.9	SRa	2450776	457
303	LD 303	20 44 05.7+ 54 33 52	12.8	14.0	> 0.7	SRa	2450690	375
304	LD 304	20 47 16.7+ 60 35 27	13.2	>16.2	0.7	SRd	2450599	297
305	LD 305	20 47 30.6+ 61 38 12	12.3	>16.2	> 2.	M	2450746	362
306	LD 306	20 48 55.9+ 63 26 26	12.3	>16.0	> 1.2	Lb
307	LD 307	20 55 47.4+ 58 15 18	13.0	>16.0		M?	2449569	272
308	LD 308	20 56 24.5+ 52 56 58	13.7	>16.0		L
309	LD 309	21 00 41.7+ 58 05 09	14.2	>16.0		SRa?	2450596	351
310	LD 310	21 03 26.9+ 59 58 30	12.4	15.3	1.4	M	2450018	363
311	LD 311	21 06 52.0+ 58 04 45	13.6	14.6		L
312	LD 312	21 10 58.0+ 58 01 03	13.7	16.0	> 0.7	SRa	2450690	350
313	LD 313	21 17 07.5+ 55 30 22	12.1	14.6	> 1.6	M	2450388	491
314	LD 314	21 17 14.5+ 54 24 42	12.0	15.5	1.7	M	2450249	337
315	LD 315	21 31 11.1+ 64 27 36	12.6	>16.0	> 1.1	M	2450820	333
	HH Cep	20 18 43.6+ 60 36 14	12.1	14.2	> 1.2	SRa	2450746	278
	V1198 Cyg	20 32 22.3+ 52 19 42	11.7	15.5	1.5	M	2450599	400
	UW Cep	20 59 23.0+ 58 53 33	10.5	15.9	2.3	M	2450806	472
	UX Cep	21 03 54.7+ 55 27 51	12.2	>16.0	> 1.	M	2450746	191
	V339 Cep	21 11 45.4+ 57 42 49	14.2	16.0		SRb	2450690	340:
	V341 Cep	21 13 23.7+ 58 02 48	13.7	16.0		SRa	2450835	332

II/238/b-r99-01.dat New variables in And and Cas (316-341), Lyra and Cygnus (342-366), along the northern Milky Way (367-420) (118 records)

LD ---	Name (n) ---	RA DE hms dms	Vmax mag	(l) Vmin mag	b-r mag	Type ---	Epoch d	(l) Per (u) d	Range ---
316	LD 316	23 38 21.2 + 51 30 53.	13.0	14.4	2.9	I
317	LD 317 *	23 44 57.4 + 43 31 22.	12.6	14.8	0.1	Ia
318	LD 318	23 53 44.9 + 50 59 19.	13.5	15.3		SR	2451071.	381.	360-400day
319	LD 319 *	0 05 29.3 + 52 52 58.	12.6	>16.0	3.3	M	2450611.	266.
320	LD 320	0 06 42.7 + 52 27 33.	12.5	14.8	3.6	SR	2451193.	305.	278-330day
321	LD 321	0 09 36.9 + 37 47 32.	12.4	15.5	2.6	M	2450691.	288.
322	LD 322	0 09 39.8 + 53 10 11.	12.5	>15.2	4.1	M	2450863.	446.
323	LD 323	0 10 55.1 + 48 15 33.	10.7	11.9	2.4	L
324	LD 324 *	0 12 42.0 + 52 47 24.	13.8	>19.5		UG?
325	LD 325	0 12 55.6 + 50 55 37.	13.8	>16.0	0.7	Ia
326	LD 326	0 19 10.7 + 52 02 03.	13.0	15.3	6.4	SR	2451193.	370.	355-390day
327	LD 327	0 21 20.7 + 51 21 39.	10.5	15.5	2.3	M	2451101.	383.
328	LD 328 *	0 26 49.1 + 49 40 36.	12.4	13.8	0.7	E	2451223.	<= 38.
329	LD 329	0 29 21.3 + 49 38 42.	13.1	13.8	1.7	L
330	LD 330	0 36 22.7 + 48 21 49.	11.6	12.8	3.0	SR		440. ?
331	LD 331	0 38 40.2 + 53 16 12.	11.0	>16.0	3.8	M	2451071.	376.	253-413day
332	LD 332	0 38 51.8 + 45 33 50.	11.9	16.1	1.2	M	2451163.	394.
333	LD 333	0 45 01.1 + 48 41 03.	10.7	13.1	6.3	SR	2451071.	358.
334	LD 334 *	0 46 24.8 + 47 41 33.	11.0	14.8	7.7	Lb
335	LD 335	0 50 43.3 + 46 30 32.	13.0	>16.0		SR	2451071.	460.	401-593day
336	LD 336	0 53 32.8 + 44 02 27.	13.4	14.5	0.8	L
337	LD 337	0 54 09.2 + 46 21 49.	13.5	14.4	0.9	Lb
338	LD 338	1 10 30.4 + 45 06 12.	11.7	>14.7	3.3	M	2450611.	359.
339	LD 339	1 16 04.7 + 50 11 45.	11.1	14.7	2.6	M	2451129.	281.	238-304day
340	LD 340	1 17 11.2 + 42 02 04.	12.6	14.5	0.7	Isa
341	LD 341	1 30 05.8 + 50 10 01.	11.3	14.4	3.2	M	2451161.	305.	288-320day
342	LD 342	18 02 28.09+ 50 46 27.8	13.5	14.4	-0.2	Ia
343	LD 343	18 17 24.60+ 42 36 16.2	11.1	15.8	1.3	M	2451444.	270.
344	LD 344	18 21 48.43+ 51 24 20.6	10.8	12.6	2.8	Lb
345	LD 345 *	18 31 13.83+ 46 58 34.7	11.4	>14.8	2.5	E
346	LD 346	18 49 43.41+ 40 57 49.6	12.2	14.2	2.7	Lb
347	LD 347 *	19 05 33.82+ 39 20 04.3	12.3	13.4	0.6	E	2451101.	307. ?
348	LD 348	19 15 20.63+ 39 58 49.2	11.0	>16.0	2.5	M	2451069.	247.
349	LD 349	19 18 54.46+ 43 49 26.0	12.2	14.0	1.3	RS?
350	LD 350	19 19 55.01+ 40 52 40.1	12.5	14.0	2.7	M:	2451456.	221.
351	LD 351	19 28 38.98+ 45 05 51.9	12.1	>16.0	3.1	M	2450596.	320.
352	LD 352	19 30 32.95+ 48 03 25.4	11.6	15.2	3.7	M	2450691.	313.
353	LD 353	19 31 43.56+ 41 25 38.3	12.4	15.0	3.0	M	2451500.	191.
354	LD 354	19 33 10.56+ 38 58 33.6	11.9	14.2	1.5	M:	2451450.	361.
355	LD 355 *	19 35 23.09+ 48 03 00.8	13.8	14.6	0.3	E	2451513.3	25.81?
356	LD 356	19 37 38.50+ 49 07 50.8	11.8	16.0	4.3	M	2451158.	404.
357	LD 357	19 39 08.50+ 43 23 49.6	12.2	13.9	2.9	SR	2451542.	189.
358	LD 358	19 42 06.64+ 38 03 37.1	12.2	14.2	2.6	SR	2451101.	305. ?
359	LD 359	19 42 08.44+ 47 22 57.3	11.8	15.5	5.0	M	2451287.	455.
360	LD 360	19 43 08.74+ 41 34 14.1	12.6	14.7	2.8	SR	2451406.	292.
361	LD 361	19 44 15.69+ 39 11 12.2	12.0	14.8	5.9	M	2451406.	339.
362	LD 362	19 47 15.81+ 44 27 07.0	13.2	14.7	2.8	Lb
363	LD 363	19 47 58.82+ 38 45 54.5	11.8	13.7	5.8	M:	2451570.	405.
364	LD 364 *	19 49 26.3 + 37 31 59.	12.5	14.0		L
365	LD 365	19 52 06.73+ 43 31 08.1	11.5	13.5	3.0	L
366	LD 366	19 59 38.99+ 47 31 33.1	12.0	>16.1	5.0	M	2451285.	435.
	V352 Lyr *	18 52 17.06+ 42 09 49.0	12.0	>15.0	3.9	M	2451406.	351.
	V396 Lyr *	18 59 50.68+ 45 21 39.9	12.5	15.3	2.3	SR	2451432.	229.
	EQ Lyr	19 19 02.63+ 41 06 34.5	11.5	15.0	2.6	M	2451418.	305.
	V1253 Cyg *	19 18 57.04+ 44 57 24.5	11.8	>15.0	2.5	SR
	V1503 Cyg	19 19 53.33+ 43 45 44.1	11.4	15.5	2.7	M	2451542.	311.
	V754 Cyg	19 42 49.75+ 51 52 50.8	11.3	13.4	3.0	Lb
	IR Cyg	19 47 15.7 + 37 50 43.	12.0	15.5		L
8	NSV 24916	19 50 39.58+ 50 42 23.3	11.8	14.8		M	2451456.	253.
9	NSV 24928	19 52 53.29+ 46 21 45.8	11.8	13.5	1.5	Lb
10	NSV 24935 *	19 53 47.98+ 47 11 43.5	11.4	14.6	1.6	M	2451158.	301.
11	NSV 24955	19 58 28.33+ 47 06 10.4	11.0	15.0	1.4	M	2451608.	212.
12	NSV 24962	19 59 11.98+ 48 43 33.3	11.4	15.2	1.5	M	2450637.	324.
14	NSV 24994	20 03 45.61+ 47 42 16.9	13.2	>16.0		L
367	LD 367	20 34 45.85+ 32 48 13.2	11.3	13.3		SR	2450765.	302.
368	LD 368	20 37 00.15+ 33 54 08.9	13.0	16.0		M	2451895.	433. :
369	LD 369	20 37 01.19+ 30 39 45.6	12.1	15.0	4.3	M	2451109.	402.
370	LD 370	20 37 11.25+ 34 22 14.6	12.4	14.5	6.3	SRa	2451867.	400.
371	LD 371	20 38 19.81+ 34 12 20.7	13.4	>16.0		I
372	LD 372	20 39 01.13+ 27 29 33.1	13.3	15.0	3.9	SRa	2450637.	359. :
373	LD 373	20 39 50.10+ 34 37 18.0	11.8	13.2	2.9	Lb
374	LD 374	20 43 00.54+ 33 24 43.6	13.7	>16.0		I
375	LD 375	20 43 21.11+ 26 24 36.8	12.5	>14.8	4.4	SRa	2451432.	392.
376	LD 376	20 44 12.47+ 26 12 46.3	12.0	15.8	4.6	M	2451432.	347.
377	LD 377 *	20 45 01.24+ 27 15 07.3	12.5	>16.0	2.8	M	2450691.	163.
378	LD 378	20 49 05.91+ 23 21 51.9	13.1	>16.0	2.9	SR
379	LD 379 *	20 53 09.51+ 32 31 04.8	13.2	>16.2	3.2	M	2451432.	800. ?
380	LD 380	21 01 29.92+ 25 03 42.6	12.0	15.0	3.1	M	2450637.	335.
381	LD 381	21 04 05.56+ 26 32 11.1	12.2	15.0	2.8	M	2451513.	320.
382	LD 382 *	21 04 05.52+ 32 30 13.2	11.0	15.5	2.5	SR	2451931.	400. ?
383	LD 383	21 05 11.04+ 26 54 14.5	10.5	14.9	3.3	M	2451867.	310.
384	LD 384 *	21 05 32.23+ 35 25 05.9	12.8	14.2	2.5	E	2451931.	< 73.
385	LD 385	21 07 55.6 + 35 35 21.	13.1	14.4		SR	2451432.	289.
386	LD 386	21 08 01.30+ 23 43 44.6	10.5	14.4	3.7	M	2451836.	332.
387	LD 387	21 09 01.23+ 27 31 23.2	9.7	11.1	3.3	Lb
388	LD 388	21 10 14.82+ 31 29 40.7	11.2	14.3	6.9	SRa	2451432.	360. :
389	LD 389 *	21 10 19.33+ 33 28 53.8	11.3	14.6	3.6	M	2450691.	280.
390	LD 390	21 10 47.76+ 34 20 06.4	10.4	14.9	2.8	M	2451432.	382.
391	LD 391	21 11 13.60+ 34 19 14.3	12.5	14.6	0.5	Lb
392	LD 392	21 11 19.97+ 31 23 19.1	11.2	>15.0	2.3	M	2451461.	336.
393	LD 393	21 13 43.61+ 28 00 13.9	11.7	>16.0		M	2451895.	369.
394	LD 394	21 14 12.26+ 36 39 00.0	10.6	>14.7		M	2450637.	363.
395	LD 395	21 16 45.00+ 29 13 39.5	12.2	>14.4	2.8	Lb
396	LD 396	21 17 09.56+ 31 07 49.9	11.5	15.0	2.5	M	2451641.	299.
397	LD 397	21 18 34.71+ 33 44 30.8	13.5	15.9	2.3	SRa	2451908.	240. :
398	LD 398	21 19 39.94+ 35 00 11.1	12.1	13.3	3.5	Ib
399	LD 399	21 19 53.00+ 35 08 57.9	11.8	13.3	2.1	Ib
400	LD 400	21 20 19.48+ 28 08 57.6	12.4	14.1	2.5	Lb
401	LD 401	21 20 31.92+ 33 07 17.6	10.7	13.2	5.1	SRa	2451836.	387.
402	LD 402 *	21 24 43.63+ 33 59 17.3	11.3	>15.0	2.4	M	2451867.	282. :
403	LD 403	21 25 18.84+ 27 03 25.8	13.3	15.6	2.3	SRa	2451931.	391.
404	LD 404	21 25 27.63+ 22 25 42.1	11.9	13.4	3.0	SRa
405	LD 405	21 29 55.82+ 23 13 05.9	12.0	13.0	2.5	Lb
406	LD 406	21 31 17.65+ 26 44 06.4	11.1	>15.0	3.6	M	2451432.	350.
407	LD 407	21 31 54.64+ 33 03 02.8	11.5	15.6	2.6	M	2451895.	231.
408	LD 408	21 35 09.76+ 31 11 35.9	12.7	14.8	3.0	SRa	2451542.	235.
409	LD 409	21 36 04.16+ 36 13 47.0	11.3	12.9	2.7	SR
410	LD 410	21 39 32.32+ 30 03 51.1	14.0	15.5	2.5	SRb
411	LD 411	21 39 55.09+ 31 19 16.1	12.5	>16.0	2.6	M	2450716.	746.
412	LD 412	21 43 00.06+ 32 41 38.9	11.4	13.7	2.9	Lb
413	LD 413	21 43 10.31+ 35 45 13.6	13.2	15.1	1.5	SR	2451836.	380.
414	LD 414	21 43 35.93+ 37 22 34.9	12.0	15.0	2.6	SR	2451513.	404. :
415	LD 415	21 44 47.46+ 34 27 15.3	10.8	>16.0		Lb
416	LD 416	21 46 09.65+ 35 56 16.3	11.6	15.2	2.8	M	2451513.	320.
417	LD 417	21 51 55.43+ 29 17 13.3	11.9	13.5	3.5	Lb
418	LD 418	21 52 58.57+ 33 48 29.1	11.6	13.1	1.7	SR
419	LD 419	21 59 40.64+ 29 39 59.3	12.0	13.5	2.3	SR
420	LD 420	22 07 09.90+ 28 28 37.2	12.0	16.1	2.2	M	2451641.	195.

II/238/not82-96.dat Notes of tab82-96.dat file (41 records)

Note ---	Text ---
A1	Two close stars, the magnitude refers to both stars
A2	Flare star? Only one maximum
A3	Eclipsing binary, the period is 27.001 days or fraction of this at
A3	epoch 2439710.439. Minimum lasts for more than 60 minutes
A4	Very slow dwarf nova?
C1	Observed only with intensifier camera (IC) (nine observations 1982-1985)
C2	LD 68 = V 485 Cas
C3	B-V from IC observations
C4	Flare star?
B1	Close faint star (5"-30") may influence the magnitude estimations at minimum
B2	Possibly carbon star.
B3	Small light variations in 1967-82.
B4	P changes +/-5 days.
B5	P changes between 450 and 560d.
B6	P changes between 215-240d, average 227d. LD 138=AI Vul.
B7	Light variations only in 1967-70, max 2440030.
B8	Long intervals constant 15.0 at min.
B9	P between 195-205d. Fast variations of 0.3mag in one hour.
B10	P increases from 288 to 300d between 1986 and 1992.
B11	Not found on 103aD plates in 1967-82.
B12	P changes from 362 to 355 days between 1970 and 1990.
B13	0.5mag variations in one hour.
B14	Nova-like? Only one sharp max 2446945. Nothing in 1967-82.
B15	P change +/-30d.
B16	P change (between 240-290 days).
B17	LD 180=V1460 Cyg. P increases from 367 days (1968) to 382 days (1990).
B18	LD 183=V1464 Cyg. V1460 and V1464 are given with wrong coordinates in
B18	GCVS (3' and 5').
B19	LD 120=TAV 1921+24=CCS 2728. The Astronomer, Vol. 28, No. 332, 182, 1991.
B20	LD 135=TAV 1941+34. The Astronomer, Vol. 26, No. 311, 237, 1990.
B21	LD 142=V1000 Cyg.
B22	LD 164=HX Vul. In GCVS given with 10' wrong coordinates.
D1	IRAS star.
D2	Close (5"-30") faint star, may influence magnitude estimates at minimum.
D3	Could be V677 or V1093 Cyg.
D4	Period increasing.
D5	FK Lac?
D6	Period variable?
D7	Period increased from 271 to 280 days, 1972-95.
D8	NSV 14621, period varies from 320 to 325 d.
D9	Maxima only in 1968 and 1993.

II/238/not97-01.dat Notes of tab97-01.dat file (42 records)

Name ---	Text ---
LD 239	CGCS 5508, also Cl* Berkeley 93 SSWZ 154 from Saurer et al. (1994,
LD 239	Cat. <J/AJ/107/2101>); from plates on five nights and CCD frames on
LD 239	two nights, they find: 14.6<V<15.4, B-V=3.8
LD 275	V354 Cas: GCVS4 position error; ID verified on MVS no. 281.
LD 277	Spectral type M5/7 (Dolidze, 1975AbaOB..47..171D)
LD 280	IRC +70202 = TASV J2352+665 (Collins 1996, The Astronomer, 33, 67)
LD 344	StM 431 (M7)
LD 346	StM 439 (M7e).
LD 348	ROTSE1 Dec in error; in a line of four stars.
LD 349	ROTSE1 RA in error; also 1RXS J191854.7+434927; eastern star of two.
LD 351	East-northeastern star of two.
LD 354	Northeastern component of a close pair.
LD 357	Southern of two stars.
LD 359	Northwestern of two stars.
LD 361	Southern star of a pair.
LD 363	Westernmost star of a trio.
LD 364	Eastern of pair.
LD 367	Northern star of a small trio, GSC position possibly slightly in error
LD 371	Variable MisV1031 in Yoshida, 2000,
LD 371	http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet-newvar/msg00622.html
LD 372	Northeastern star of a pair.
LD 375	Southeastern star in a tight (~7") line of three. Faint on POSS-I
LD 375	plates (red ~18m, not present on the blue plate).
LD 380	Variable Mis V0967 in Yoshida, 2000,
LD 380	http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet-newvar/msg00516.html
LD 383	Variable Had V18in Haseda, 1999,
LD 383	http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/obs20000/msg00273.html ,
LD 383	GCVS designation assigned in 76th name-list (Kazarovets et al.,
LD 383	2001IBVS.5135....1K).
LD 385	Southwestern star of a pair.
LD 386	Variable Q1991/78 in Collins, 2000,
LD 386	http://www.demon.co.uk/astronomer/mikes_variables.html
LD 388	Wakuda variable 34.
LD 389	Hiraga variable Hrm V_J211021+332912.
LD 390	Variable Q2000/247 in Collins, 2000,
LD 390	http://www.demon.co.uk/astronomer/mikes_variables.html
LD 392	Variable Mis V0768 in Yoshida, 2000,
LD 392	http://www.kusastro.kyoto-u.ac.jp/vsnet/Mail/vsnet-newvar/msg00116.html
LD 394	Hiraga variable Hrm V_J211412+363905; southeastern star of a close pair
LD 402	GCVS identification confirmed on chart in Zemliannikova
LD 402	(1986PZ.....22..359Z).
LD 403	Faint companion on south.

II/238/notescol.dat Notes of b-r99-01.dat and b-v97-98.dat files (44 records)

Name ---	Text ---
LD 232	Period variable: 380-400d?
LD 243	Period decreasing: 1968-77=469d, 1977-87=462d, 1992-96=453d
LD 246	Period unstable: 330-370d
LD 250	Period variable: 1975=202d
LD 266	Period decreasing: 1975=408d, 1985=391d, 1995=380d
LD 267	Period decreasing: 1967-70=288d, 1987=276d, 1994=273d, 1995=267d,
LD 267	1996=264d
LD 280	Period increasing: 1970-79=328d, 1979-88=330d, 1988-1996=332d
LD 282	Four dimmings observed, of which two were within one hour of normal
LD 282	brightness.
LD 289	Period is possibly a shorter fraction of 27day.
LD 292	Period fluctuates by +/-20day.
LD 294	V770 Cyg; GCVS period (156day) is closely one-half the present
LD 294	determination.
LD 299	Cyclic variations in the range 400day-450day.
LD 301	V566 Cyg; GCVS period (226.3d) confirmed.
LD 317	Blue; from 1995 minima a period of ~400day is suggested.
LD 319	Two maxima in 1998 expected but not observed.
LD 324	See text.
LD 328	Six minima observed, eclipse duration <24h; period is probably some
LD 328	fraction of 38day.
LD 334	Perhaps a very long period: maxima observed in 1968, 1987, 1993, and
LD 334	1999, but not 1974 or 1980 (one observation only, however).
LD 345	Constant on all plates at mv=11.4 except >14.7 on: JD 2441512.5,
LD 345	2441892.5, and 2442210.5.
LD 347	Five minima observed.
LD 349	`cepheid' with 4.123d period and full amplitude of 0.63m in ROTSE1
LD 349	list, but only larger, irregular variations seen here. The X-ray
LD 349	detection suggests this is probably an RS CVn type star
LD 355	Five minima observed.
LD 364	As faint as B ~19 on three overlapping POSS-II J plates.
V352 Lyr	Range 14.0<m_b_<17.5, period 331.43d (Gushchin, 1994PZ.....23..334G).
V1253 Cyg	188-226day?
V396 Lyr	Mode-switching 176/318day?
NSV 24935	CSS 1172.
LD 377	mr = 16.8 in USNO-A2.0.
LD 379	Period near 608day from 1967 to 1977,
LD 382	Periodicity not always apparent.
LD 384	Six minima observed; the true period is probably some small fraction
LD 384	of the period given. P. Guilbault (priv. comm.) suggests from
LD 384	preliminary observations that the star is continuously variable, and
LD 384	probably of the {beta} Lyr or W UMa type.
LD 389	Hiraga also derives a period of 28 days.
LD 402	Zemliannikova (1986PZ.....22..359Z) obtains a period of 290.4 days.