CDS Home Page


VizieR Result Page

VizieR Help
CDS · Simbad · VizieR · Aladin · Catalogues · Nomenclature · Biblio · StarPages · AstroWeb

Result of VizieR Search with 1 constraint  (lambda: ">4820 and <4900")
ordered by increasing lambda
    
Max. Entries:
Output layout:
ALL columns
     To Bookmark this page, click first here
  Revised version of the ILLSS Catalogue (Coluzzi 1993-1999) (ReadMe)
    The ILLSS Catalogue, organized as a table
To get all details for a row, just click on the row number in the leftmost `Full' column.

Full lambda Element Z Ion n Multiplet RefL r Intens n IP u SpTypes 0.1nm eV
1 4820.3360 NdII 60 1 47 A 10 30.0 2 4820.4100 TiI 22 0 126 A 178 20.0 3 4821.0100 TiII 22 1 P 30 4 4821.1430 NiI 28 0 254 B 245 2.0 : 5 4821.2900 TiI 22 0 201 H 348 1.0 :p? 6 4821.9550 GdII 64 1 133 A 225 60.0 7 4822.0600 CrI 24 0 144 B 184 5.0 8 4822.3900 TiII 22 1 P 110 9 4822.6600 FeI 26 0 P 633 sol 10 4823.3000 MnIV 25 3 F 1 11 4823.3100 Y II 39 1 22 A 254 30.0 A0-G0Ia 12 4823.3960 V II 23 1 223 A 266 6.0 13 4823.4400 TiII 22 1 F 10 14 4823.5160 MnI 25 0 16 B 245 50.0 A0-G0IV;F2-K0II;K0Ib-M2Ia 15 4823.8400 P II 15 1 13 A 133 0.0 16 4823.9300 O IV 8 3 P 9 17 4824.0000 ScVII 21 6 ?F 1 18 4824.0500 LaII 57 1 50 A 258 100.0 19 4824.0700 S II 16 1 52 A 157 3.0 20 4824.1000 FeIII 26 2 F 3 21 4824.1300 CrII 24 1 30 A 184 75.0 A0-A3V;A0-G0IV;A0-G0Ia 22 4824.1620 FeI 26 0 888 V 55 1.0 : 23 4824.2000 GeII 32 1 2 B 235 10.0 : 24 4824.2900 ZrI 40 0 43 A 197 12.0 25 4824.9700 CrII 24 1 P 25 26 4825.4450 TiI 22 0 250 B 65 3.0 27 4825.4820 NdII 60 1 3 A 10 150.0 28 4825.5100 CrI 24 0 144 B 184 10.0 29 4825.5930 MnI 25 0 43 B 245 1.0 : 30 4825.7100 FeII 26 1 P 30 31 4825.9100 RaI 88 0 1 A 332 100.0 5.250 32 4826.6490 PrII 59 1 20 A 339 40.0 : 33 4826.7300 C I 6 0 5 B 300 1.0 34 4826.8700 LaII 57 1 22 A 258 20.0 35 4826.8960 MnI 25 0 43 B 245 2.0 : 36 4827.3380 NeI 10 0 10 B 277 10.0 : 37 4827.4580 V I 23 0 3 A 264 30.0 K0-K3II;K0-M2Iab 38 4827.5970 TiI 22 0 250 F 201 2.0 39 4828.0500 ZrI 40 0 44 A 197 10.0 40 4828.6600 CrI 24 0 31 B 184 8.0 41 4828.9230 SiIII 14 2 9 A 117 4.0 n 42 4829.0280 NiI 28 0 131 B 245 15.0 43 4829.2300 K II 19 1 1 A 46 30.0 44 4829.3760 CrI 24 0 * 31 C 245 100.0 d? 45 4829.5680 SmII 62 1 36 A 221 250.0 46 4829.6800 FeI 26 0 P 1038 sol? 47 4830.4000 FeII 26 1 P 206 48 4830.5100 LaII 57 1 51 A 258 10.0 49 4831.1100 FeII 26 1 P 54 50 4831.1500 NiI 28 0 P 100 mNiI 51 4831.1830 NiI 28 0 111 B 245 10.0 52 4831.6270 CrI 24 0 208 C 245 15.0 53 4831.6420 V I 23 0 3 A 264 35.0 K0-K3II 54 4832.0650 TiI 22 0 250 B 65 0.0 : 55 4832.0750 SrI 38 0 4 B 245 50.0 56 4832.2360 CuII 29 1 1 A 137 30.0 57 4832.2760 NdII 60 1 B 245 20.0 58 4832.4270 V I 23 0 3 A 264 30.0 K0-K3II 59 4832.5400 CrI 24 0 P 266 60 4832.7040 NiI 28 0 146 B 245 2.0 61 4832.7340 FeI 26 0 888,1098 J 371 2.0 : 62 4832.9700 CrII 24 1 P 176 63 4833.0270 V I 23 0 78 A 264 3.0 64 4833.2100 FeII 26 1 P 30 65 4834.2320 GdII 64 1 65 A 225 300.0 66 4834.3590 CoI 27 0 57 G 62 0.0 67 4834.5110 FeI 26 0 115 V 55 1.0 : 68 4834.6180 SmII 62 1 45 A 221 100.0 69 4834.8200 NiI 28 0 P 158 70 4835.4000 CrIII 24 2 F 3 31.000 71 4835.6800 CrI 24 0 229 B 184 10.0 72 4835.8500 S II 16 1 46 A 157 0.0 73 4835.8620 FeI 26 0 1068 K 57 3.0 : 74 4835.9820 NdII 60 1 1 A 10 15.0 75 4836.1250 TiI 22 0 241 B 65 6.0 76 4836.1800 CrI 24 0 P 266 mCrII 77 4836.2200 CrII 24 1 30 A 184 25.0 78 4836.2700 NiI 28 0 114 E 109 1.0 : 79 4836.7900 ClII 17 1 13 A 195 20.0 80 4836.8570 CrI 24 0 144 C 245 40.0 81 4837.4200 TiII 22 1 F 10 82 4837.4200 TiI 22 0 P 250 83 4837.6500 FeI 26 0 P 1243 sol 84 4837.6500 NiI 28 0 P 85 85 4837.9480 CoI 27 0 15 G 62 2.0 : 86 4838.0900 FeI 26 0 P 630 sol 87 4838.2440 MnI 25 0 43 B 245 1.0 : 88 4838.5190 FeI 26 0 687 J 371 2.0 :n 89 4838.6510 NiI 28 0 260 B 245 2.0 90 4838.7000 CrIV 24 3 F 4 91 4838.8100 FeI 26 0 P 1167 sol? 92 4839.0800 V II 23 1 223 A 266 3.0 93 4839.2510 TiI 22 0 217 E 245 1.0 : 94 4839.2510 TiII 22 1 110 C 245 1.0 : 95 4839.5490 FeI 26 0 588 J 371 3.0 : 96 4839.6160 GdII 64 1 126 A 225 40.0 97 4839.6200 LuII 71 1 2 A 288 30.0 d 98 4839.7700 FeI 26 0 P 1206 sol 99 4839.8700 Y I 39 0 13 A 254 60.0 100 4840.0000 FeII 26 1 P 30 101 4840.0200 LaII 57 1 37 A 258 30.0 102 4840.2200 CrI 24 0 266 F 173 1.0 : 103 4840.2530 CoI 27 0 158 A 56 25.0 104 4840.3290 FeI 26 0 1068 V 55 1.0 :n 105 4840.8740 TiI 22 0 53 A 178 25.0 106 4840.8900 FeI 26 0 P 1070 mTi 107 4841.5200 CrI 24 0 P 266 108 4841.6500 FeI 26 0 P 633 sol 109 4841.6700 NiI 28 0 P 164 110 4841.7010 SmI 62 0 2 B 2 400.0 111 4841.7300 CrI 24 0 266 B 184 12.0 112 4841.8000 FeI 26 0 1070 W 171 1.0 : 113 4841.9800 ZrII 40 1 138 A 196 0.0 114 4842.0100 NiI 28 0 260 E 109 1.0 : 115 4842.1900 FeI 26 0 P 511 sol? 116 4842.4000 CrIII 24 2 F 3 117 4842.5000 V II 23 1 248 A 266 2.0 n 118 4842.7100 FeI 26 0 P 1098 sol 119 4842.7800 FeI 26 0 1069 V 55 1.0 : 120 4843.1000 CrIV 24 3 F 4 121 4843.1550 FeI 26 0 687 J 371 3.0 : 122 4843.1650 NiI 28 0 50 B 245 2.0 : 123 4843.1900 MnI 25 0 43 B 245 1.0 :n 124 4843.2600 O II 8 1 105 B 118 1.0 n 125 4843.2900 LaII 57 1 98 A 258 5.0 126 4843.3400 FeI 26 0 F 4 127 4843.3900 FeI 26 0 P 794 sol 128 4843.4540 CoI 27 0 158 A 56 3.0 129 4843.4600 BaII 56 1 15 D 330 8.0 : 130 4843.5100 FeII 26 1 F 3 131 4843.5300 NiI 28 0 P 235 132 4843.8290 W I 74 0 1 A 22 500.0 133 4843.9890 TiI 22 0 217 B 65 2.0 134 4844.0000 HfII 72 1 16 A 289 15.0 135 4844.0160 FeI 26 0 750 V 55 2.0 : 136 4844.2080 SmII 62 1 26 A 221 300.0 137 4844.3100 V II 23 1 P 29 138 4844.3150 MnI 25 0 43 B 245 2.0 : 139 4844.8700 CeII 58 1 P 8 140 4845.0100 O II 8 1 30 B 118 1.0 141 4845.1700 NiI 28 0 115 E 109 1.0 : 142 4845.6560 FeI 26 0 588,888 V 55 2.0 : 143 4845.6700 Y I 39 0 13 A 254 50.0 144 4846.2900 CrI 24 0 208 B 184 40.0 145 4846.4700 FeII 26 1 P 25 146 4846.5740 CeII 58 1 17 C 245 8.0 : 147 4847.0000 TiO 0 0 K0Ib-M2Ia 148 4847.0100 TiI 22 0 F 13 149 4847.0900 FeI 26 0 P 67 150 4847.1400 BaII 56 1 14 D 330 3.0 : 151 4847.1770 CrI 24 0 144 C 245 18.0 152 4847.2960 CaI 20 0 50 A 403 2.0 153 4847.5800 FeI 26 0 F 4 154 4847.6100 FeII 26 1 P 30 155 4847.7600 SmII 62 1 53 A 221 200.0 156 4847.9000 ArII 18 1 6 A 340 8.0 157 4848.0000 TiO 0 0 K5-M2V;K5-M2III 158 4848.2400 CrII 24 1 30 A 184 60.0 159 4848.4100 TiI 22 0 P 217 160 4848.4600 HfII 72 1 83 A 289 20.0 161 4848.4870 TiI 22 0 201 B 65 8.0 162 4848.8210 V I 23 0 78 A 264 1.0 163 4848.8980 FeI 26 0 114 V 55 1.0 : 164 4849.1200 NiI 28 0 P 112 165 4849.1800 TiII 22 1 P 29 166 4849.4000 NeII 10 1 71 A 52 0.0 167 4849.6700 FeI 26 0 P 793 sol 168 4850.5800 LaII 57 1 51,88 A 258 30.0 169 4850.8400 BaII 56 1 15 D 330 2.0 : 170 4850.9000 FeVI 26 5 F 2 171 4851.1000 MgII 12 1 25 A 116 5.0 172 4851.3600 ZrI 40 0 43 A 197 12.0 173 4851.4650 CrI 24 0 208 C 245 25.0 174 4851.4830 V I 23 0 3 A 264 40.0 w K0-M2Iab 175 4851.6000 CoVII 27 6 F 1 176 4852.5600 NiI 28 0 130 B 245 2.0 :n 177 4852.6900 Y I 39 0 13 A 254 50.0 178 4852.7300 FeII 26 1 F 20 179 4853.3000 NiI 28 0 P 207 180 4853.5200 CrI 24 0 P 61 181 4853.7400 NiI 28 0 99 E 109 1.0 : 182 4854.1800 FeI 26 0 P 1243 sol 183 4854.3650 SmII 62 1 36 A 221 150.0 184 4854.6040 MnI 25 0 43 B 245 2.0 : 185 4854.6500 ZrII 40 1 78 A 196 0.0 186 4854.7270 TiI 22 0 217 B 65 0.0 : 187 4854.8700 Y II 39 1 22 A 254 150.0 188 4854.8900 FeI 26 0 1043 V 55 1.0 :n 189 4855.0450 SrI 38 0 10 A 399 20.0 190 4855.1460 CrI 24 0 61 C 245 15.0 191 4855.2350 CoI 27 0 14 A 56 1.0 : 192 4855.4140 NiI 28 0 130 B 245 15.0 193 4855.5400 FeII 26 1 P 25 194 4855.6830 FeI 26 0 687 J 371 3.0 : 195 4855.9500 TiII 22 1 P 114 196 4856.0120 TiI 22 0 231 A 178 20.0 K0-M2Iab 197 4856.1900 CrII 24 1 30 A 184 20.0 198 4856.4900 O II 8 1 29 B 118 2.0 199 4856.7600 O II 8 1 29 C 301 2.0 200 4857.0400 ClII 17 1 74 A 195 10.0 201 4857.3400 CrI 24 0 61 B 184 18.0 202 4857.3820 NiI 28 0 111 B 245 2.0 203 4857.5000 V II 23 1 F 8 204 4857.6000 CrII 24 1 200 A 184 2.0 205 4857.9380 CoI 27 0 15 G 62 1.0 : 206 4858.2400 FeI 26 0 P 1069 sol 207 4858.2700 FeI 26 0 P 1098 sol 208 4858.4000 CoVII 27 6 F 1 209 4858.7400 N III 7 2 9 A 124 2.0 210 4858.8800 N III 7 2 9 A 124 3.0 211 4859.0300 NdII 60 1 3 A 10 100.0 212 4859.0380 PrII 59 1 25 A 339 12.0 213 4859.1200 FeI 26 0 1068 W 171 1.0 : 214 4859.1800 LaII 57 1 86 A 258 5.0 n 215 4859.2800 SiII 14 1 A 117 1.0 216 4859.3100 FeI 26 0 P 632 sol 217 4859.3230 HeII 2 1 A 2 A 218 4859.7480 FeI 26 0 318 B 161 15.0 219 4859.8400 Y I 39 0 13 A 254 40.0 220 4859.8700 CrII 24 1 F 15 221 4860.0290 D (Dbet) 1 0 A 1 A 222 4860.2000 CrII 24 1 30 A 184 20.0 223 4860.3500 N II 7 1 67 C 120 2.0 224 4860.3700 CrI 24 0 31 B 184 7.0 225 4860.9000 LaII 57 1 8 A 258 80.0 226 4860.9800 FeI 26 0 P 688 1.0 : 227 4861.0300 O II 8 1 57 B 118 3.0 228 4861.2050 CrI 24 0 31 C 245 35.0 229 4861.3300 N III 7 2 9 A 124 4.0 230 4861.3320 H (Hbet) 1 0 A 1 A O9V-M2Ia 231 4861.4100 TiII 22 1 F 23 232 4861.8420 CrI 24 0 31 C 245 75.0 233 4862.0540 MnI 25 0 43 B 245 3.0 : 234 4862.5400 FeI 26 0 P 1070 sol 235 4862.6000 FeI 26 0 P 1069 sol 236 4862.8000 TiII 22 1 F 10 237 4863.6530 FeI 26 0 687 J 371 2.0 : 238 4863.7500 TiI 22 0 P 217 239 4863.7800 FeI 26 0 P 384 sol 240 4863.9000 MnIV 25 3 F 1 241 4863.9310 NiI 28 0 113 B 245 2.0 :n 242 4864.1870 TiI 22 0 201 B 65 4.0 243 4864.2820 NiI 28 0 128 B 245 2.0 :n 244 4864.3200 CrII 24 1 30 A 184 50.0 245 4864.3800 P II 15 1 13 A 133 4.0 l 246 4864.7410 V I 23 0 3 A 264 40.0 w 247 4864.8300 V I 23 0 P 50 248 4864.9500 O II 8 1 29 B 118 3.0 249 4865.0200 GdII 64 1 65 A 225 400.0 250 4865.4300 HfII 72 1 93 A 289 10.0 251 4865.6200 TiII 22 1 29 C 245 tr 252 4865.9600 ArII 18 1 85 A 340 5.0 253 4866.0700 ZrI 40 0 44 A 197 5.0 254 4866.2670 NiI 28 0 111 B 245 10.0 255 4866.7700 FeI 26 0 P 1093 sol? 256 4867.1800 N III 7 2 9 A 124 5.0 257 4867.5300 FeI 26 0 P 38 sol 258 4867.5900 ArII 18 1 62 A 340 3.0 259 4867.6400 FeI 26 0 P 587 sol 260 4867.7300 FeII 26 1 P 30 261 4867.7900 V II 23 1 P 29 262 4867.8390 NdII 60 1 46 A 10 3.0 263 4867.8700 CoI 27 0 158 A 56 25.0 264 4868.2640 TiI 22 0 231 A 178 18.0 265 4868.3800 FeI 26 0 P 38 sol 266 4868.7000 SrI 38 0 10 A 399 20.0 267 4868.8200 FeII 26 1 P 30 268 4869.1530 RuI 44 0 11 A 245 25.0 269 4869.3000 F II 9 1 F 1 270 4869.4500 FeI 26 0 P 751 sol 271 4869.8000 NeII 10 1 71 A 52 0.0 272 4870.0500 FeI 26 0 P 985 sol 273 4870.1290 TiI 22 0 231 A 178 20.0 274 4870.7100 FeII 26 1 P 30 275 4870.7960 CrI 24 0 143 C 245 100.0 276 4870.8000 CrIII 24 2 F 3 277 4870.8450 NiI 28 0 131 B 245 2.0 278 4871.2700 FeII 26 1 P 25 279 4871.3230 FeI 26 0 318 I 14 25.0 F2-K0II 280 4871.4300 V II 23 1 F 8 281 4871.5800 O II 8 1 57 B 118 5.0 282 4871.9400 FeI 26 0 P 630 sol 283 4872.0200 CrI 24 0 30 B 184 18.0 284 4872.1440 FeI 26 0 318 I 14 20.0 F2-K0II 285 4872.4930 SrI 38 0 4 A 399 40.0 286 4872.6900 FeI 26 0 P 1115 sol 287 4872.8000 V II 23 1 F 8 288 4872.9100 FeI 26 0 P 1097 sol 289 4873.2700 NiI 28 0 P 112 290 4873.3390 GdII 64 1 65 A 225 150.0 291 4873.4000 CrIV 24 3 F 5 292 4873.4370 NiI 28 0 111 B 245 4.0 293 4873.5800 N III 7 2 9 A 124 2.0 294 4873.7400 FeI 26 0 P 633 sol 295 4874.0250 TiII 22 1 114 B 65 tr 296 4874.2100 V II 23 1 F 8 297 4874.3500 FeI 26 0 P 467 sol 298 4874.4900 FeII 26 1 F 20 299 4874.6510 CrI 24 0 167 C 245 20.0 300 4874.8050 V II 23 1 197 A 266 4.0 301 4874.8090 NiI 28 0 98 B 245 2.0 : 302 4875.3200 FeI 26 0 P 1038 sol 303 4875.4620 V I 23 0 3 A 264 40.0 w 304 4875.4900 V II 23 1 P 248 mVI 305 4875.7200 FeI 26 0 P 1243 sol 306 4875.8900 FeI 26 0 687 W 171 1.0 : 307 4875.9660 GdII 64 1 126 A 225 50.0 308 4876.0000 CrIII 24 2 F 3 309 4876.0600 SrI 38 0 4 C 116 15.0 310 4876.1900 FeI 26 0 P 631 sol 311 4876.3250 SrI 38 0 5 B 245 20.0 312 4876.4100 CrII 24 1 30 A 184 50.0 313 4876.4800 CrII 24 1 P 30 314 4877.0100 TiII 22 1 F 10 315 4877.0800 ArII 18 1 112 A 340 0.0 n 316 4877.6100 FeI 26 0 P 384 sol 317 4878.0490 GdII 64 1 64 A 225 30.0 318 4878.1320 CaI 20 0 35 A 403 50.0 319 4878.2180 FeI 26 0 318 B 161 12.0 320 4879.1210 PrII 59 1 20 A 339 30.0 : 321 4879.9000 ArII 18 1 14 A 340 12.0 322 4880.0000 V II 23 1 F 8 323 4880.0600 CrI 24 0 167 B 184 25.0 324 4880.2000 LaII 57 1 153 A 258 10.0 n 325 4880.2500 CoI 27 0 15 H 147 2.0 : 326 4880.3000 V II 23 1 P 29 327 4880.5600 V I 23 0 50 A 264 8.0 328 4880.9220 TiI 22 0 201 B 65 3.0 329 4881.0000 FeIII 26 2 F 2 330 4881.2500 ZrI 40 0 44 A 197 4.0 331 4881.3000 LiII 3 1 4 B 404 2.5 332 4881.4400 Y II 39 1 12 A 254 2.0 333 4881.5540 V I 23 0 3 A 264 50.0 w K0-M2III;K0Ib-M2Ia 334 4881.7260 FeI 26 0 588,1041 J 371 2.0 : 335 4881.8100 N III 7 2 9 A 124 0.0 336 4881.8700 MnII 25 1 F 5 337 4881.9250 GdII 64 1 113,133 A 225 200.0 338 4882.1510 FeI 26 0 687 J 371 2.0 : 339 4882.1830 V I 23 0 50 A 264 2.0 340 4882.2500 ArII 18 1 A 340 4.0 341 4882.3260 TiI 22 0 231 B 65 2.0 342 4882.4620 CeII 58 1 C 245 40.0 343 4882.7040 CoI 27 0 158 A 56 2.0 344 4883.4150 V II 23 1 209 A 266 100.0 345 4883.6100 ZrI 40 0 44 A 197 5.0 346 4883.6900 Y II 39 1 22 A 254 200.0 347 4883.7300 S II 16 1 46 B 19 1.0 348 4883.9000 FeIII 26 2 F 1 349 4884.0600 V II 23 1 197 A 266 50.0 350 4884.1400 N III 7 2 9 A 124 1.0 351 4884.5700 CrII 24 1 30 A 184 10.0 352 4884.9150 NeI 10 0 20,35 B 277 10.0 : 353 4884.9490 CrI 24 0 C 245 25.0 354 4885.0820 TiI 22 0 157 A 178 20.0 355 4885.4350 FeI 26 0 966 J 371 2.0 356 4885.6300 S II 16 1 15 A 157 2.0 357 4885.7760 CrI 24 0 30 C 245 75.0 358 4885.9570 CrI 24 0 143 C 245 50.0 359 4886.1700 FeI 26 0 P 467 sol 360 4886.3350 FeI 26 0 1066 J 371 1.0 : 361 4886.5600 FeI 26 0 F 4 362 4886.7250 NiI 28 0 158 B 245 2.0 : 363 4886.8210 V I 23 0 50 A 264 2.0 364 4886.9200 FeII 26 1 P 54 365 4886.9920 NiI 28 0 141 B 245 3.0 : 366 4887.0130 CrI 24 0 143 C 245 150.0 367 4887.1890 FeI 26 0 1065 K 57 0.0 368 4887.2700 CrII 24 1 F 15 369 4887.3700 FeI 26 0 P 1037 sol 370 4887.7200 ZrI 40 0 43 A 197 2.0 : 371 4887.7300 CrI 24 0 31 B 184 25.0 372 4888.2900 ArII 18 1 135 A 340 0.0 373 4888.5300 CrI 24 0 31 C 245 40.0 374 4888.5420 GdII 64 1 126 A 225 40.0 375 4888.6510 FeI 26 0 1066 V 55 1.0 : 376 4889.0090 FeI 26 0 67,749 U 247 1.0 : 377 4889.0600 ArII 18 1 15 B 18 5.0 378 4889.1130 FeI 26 0 985 U 247 2.0 : 379 4889.1500 ReI 75 0 1 A 257 2000.0 380 4889.4900 MnII 25 1 F 5 381 4889.6300 FeII 26 1 F 4 382 4889.6900 CuII 29 1 1 A 137 30.0 383 4889.7000 FeII 26 1 F 3 384 4889.7300 CrI 24 0 61 B 184 20.0 385 4890.4500 NiI 28 0 P 114 386 4890.7620 FeI 26 0 318 J 371 25.0 G0V-K3Ia 387 4890.9300 O II 8 1 28 B 118 4.0 388 4891.4300 LaII 57 1 95 A 258 10.0 389 4891.4960 FeI 26 0 318 I 14 50.0 G0V-K3Ia 390 4891.5500 CrII 24 1 P 36 391 4891.8280 TiI 22 0 201 B 65 1.0 392 4891.9700 CrI 24 0 61 B 184 18.0 393 4891.9800 SrI 38 0 10 A 399 25.0 394 4892.1100 GdII 64 1 116 A 225 30.0 395 4892.8600 FeI 26 0 1070 W 171 1.0 : 396 4893.0650 TiI 22 0 231 B 65 2.0 397 4893.1200 ZrI 40 0 43 A 197 2.0 398 4893.4400 Y I 39 0 13 A 254 6.0 399 4893.5900 FeI 26 0 P 1096 sol 400 4893.7000 FeI 26 0 P 1113 sol 401 4893.7800 FeII 26 1 36 402 4893.9000 FeVII 26 6 F 2 403 4893.9000 TiI 22 0 201 H 348 1.0 : 404 4893.9680 CeII 58 1 31 C 245 15.0 405 4894.1000 CrIII 24 2 F 3 406 4894.2180 V I 23 0 118 A 264 4.0 407 4894.3000 GdII 64 1 65 A 225 600.0 408 4894.4300 ZrII 40 1 107 A 196 0.0 409 4894.8000 CrIV 24 3 F 4 410 4895.2000 N II 7 1 1 C 120 4.0 411 4896.4370 FeI 26 0 984 U 247 1.0 : 412 4896.6500 MnII 25 1 F 5 413 4896.7100 N III 7 2 9 A 124 0.0 414 4896.7700 ClII 17 1 17 A 195 200.0 415 4896.8700 V II 23 1 F 8 416 4897.2100 V II 23 1 F 8 417 4898.4900 TiI 22 0 F 13 418 4898.5200 AlII 13 1 96 B 377 2.0 419 4898.6400 V II 23 1 F 8 420 4898.7600 AlII 13 1 104 421 4899.4000 CrIV 24 3 F 4 422 4899.5200 CoI 27 0 92 A 56 2.0 423 4899.6400 AlII 13 1 96 B 377 3.0 424 4899.9000 FeII 26 1 P 30 425 4899.9100 TiI 22 0 157 A 178 20.0 426 4899.9200 LaII 57 1 7 A 258 200.0 427 4899.9340 BaII 56 1 3 A 400 35.0
  Revised version of the ILLSS Catalogue (Coluzzi 1993-1999) (ReadMe)
    List of references related to elements
  Revised version of the ILLSS Catalogue (Coluzzi 1993-1999) (ReadMe)
    References
Available Visualisations:
  • Plot the results with the VOPlot utility
    VizieR Service at Centre de Données astronomiques de Strasbourg Question@simbad