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Table E.3.

Galaxy parameters.

HRS ϵ imorph ikin Vsys VsysFP PAmorph PAkin Vmax Vmax flag σres f (Hα) rRC/reff Nbeams
model ( ° ) ( ° ) (km s−1) (km s−1) ( ° ) ( ° ) (km s−1) (km s−1) (km s−1) (10−13 erg s−1 cm−2)
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16)
1 0.60 2.8 67 67* 1175 1170 ± 1 175 177 ± 2 103* 2-B 0.17 10.04 1.58 2.58 450
2 0.28 1.32 45 28 ± 9 1291 1287 ± 1 35 39 ± 1 101* 3-B 0.22 7.05 1.22 2.50 159
5 0.76 2.25 77 77* 1170 1164 ± 1 29 30±3 145* 4-B −0.10 9.50 0.10 2.30 536
6 0.85 4.01 85 85* 1322 1321± 3 330 330* 130* 4-B −0.55 12.00 1.00 1.75 1013
9 0.28 4.75 45 54 ± 9 1415 1409 ± 3 216 198 ± 2 159* 4-B 0.76 10.68 0.25 2.93 3054
10 0.30 0.97 47 47* 1516 1518 ± 1 32 30 ± 2 100* 2-A −0.22 6.37 2.57 2.60 467
11 0.53 0.93 63 61 ± 6 1325 1282 ± 1 20 19 ± 1 136 1-B 0.03 6.59 9.58 2.61 1843
12 0.34 0.59 49 58 ± 16 1392 1393 ± 1 30 51 ± 3 50 2-B 0.35 4.48 1.82 2.16 250
13 0.54 2.74 63 59± 3 1573 1576 ± 2 116 119 ± 1 213* 1-A 1.00 11.54 14.01 2.54 5815
17 0.47 1.31 58 55 ± 2 1281 1277 ± 1 323 325 ± 1 160 1-A 0.75 7.91 19.7 2.41 5062
18 0.05 0.74 19 19* 1604 1601 ± 1 61 44 ± 2 147* 4-B 0.03 5.32 1.78 2.86 2066
19 0.07 1.37 22 22* 1630 1625 ± 1 38 165 ± 7 34* 3-B 0.21 7.68 4.98 3.11 3415
21 0.78 1.97 80 80* 1182 1176 ± 1 0 0* 92* 4-B 0.30 8.62 0.06 2.29 365
23 0.74 1.6 79 79 ± 2 1501 1469± 2 109 109 ± 1 139 3-B −0.68 8.57 7.78 2.08 1929
25 0.62 1.87 68 66 ± 1 1277 1277 ± 2 300 299 ± 1 168 1-A 0.24 9.39 21.62 2.68 1830
26 0.71 1.31 78 78* 1569 1561 ± 2 194 194* 90* 4-B 0.08 7.51 1.55 2.90 413
27 0.12 1.26 29 21 ± 13 1734 1729 ± 1 24 15 ± 2 112* 4-B 0.70 7.20 0.86 2.44 262
28 0.50 2.24 61 63 ± 5 1332 1331 ± 2 46 50 ± 2 137 1-A −0.52 9.66 5.68 2.92 1239
32 0.05 – 18 – 1158 – 5 – – – – – 0.30 – –
35 0.14 – 31 – 1522 – 4 – – – – – 0.01 – –
37 0.12 1.13 29 39 ± 4 1373 1368 ± 1 144 128 ± 1 155 1-A 0.17 7.06 1.8 3.30 2203
38 0.76 1.84 77 82 ± 2 1419 1407 ± 5 234 234± 1 96 2-B 0.85 8.80 4.26 2.61 756
39 0.66 3.26 73 73* 1557 1550± 2 2 2* 113* 3-B −0.50 11.18 0.05 2.21 536
40 0.48 1.15 60 55 ± 5 1584 1578 ± 1 9 10 ± 1 114* 2-A −0.82 7.20 2.38 2.29 1616
44 0.05 1.07 18 18* 1121 1102 ± 2 57 95 ± 4 101 4-B 0.70 6.95 11.57 2.65 681
47 0.23 1.55 40 36 ± 11 1507 1506 ± 1 30 31 ± 1 150 2-A −0.49 8.24 7.87 2.43 3339
48 0.10 2.51 26 26* 1155 1152 ± 1 310 337 ± 1 115* 2-B −0.02 10.27 0.63 2.01 21553
50 0.34 1.07 49 47 ± 2 1500 1500 ± 1 210 207 ± 1 177 1-A 0.20 7.03 5.55 2.04 1443
52 0.15 1.83 32 32 ± 1 1204 1216 ± 2 160 163 ± 2 157* 4-B 0.30 8.42 1.07 3.23 1683
56 0.50 2.45 61 64 ± 3 1708 1702 ± 2 304 303 ± 2 190* 1-A 2.03 10.61 8.57 3.01 1155
59 0.78 13.28 82 82 ± 2 1717 1709 ± 6 93* 93* 213 3-B −0.24 34.51 3.19 3.10 2019
60 0.30 3.71 47 60 ± 4 991 1060 ± 3 173 169 ± 2 120* 4-B 0.76 12.76 2.24 3.03 4848
61 0.68 2.85 72 81 ± 7 1217 1205 ± 2 171 169 ± 2 133 3-B 1.10 11.32 2.58 2.53 737
62 0.65 1.42 70 63 ± 2 1571 1569 ± 1 305 296 ± 1 165 1-A −0.54 8.10 13.36 2.10 3925
63 0.50 2.08 61 58 ± 2 1289 1299 ± 1 3 179 ± 1 168 1-A −0.40 9.52 0.95 2.12 7844
64 0.68 2.22 72 72* 1213 1240 ± 2 54 54* 105 3-B 1.09 10.01 1.28 2.27 1059
65 0.45 1.92 57 59 ± 6 1383 1378 ± 1 115 123 ± 2 87 2-A −0.73 9.10 6.15 2.42 2923
66 0.55 1.35 65 63 ± 2 1468 1464 ± 2 87 85 ± 1 169 1-A −1.07 7.96 18.6 2.19 2220
67 0.36 1.06 51 51* 1436 1424 ± 1 40 65 ± 3 85* 3-A 0.07 6.69 4.61 2.70 2664
68 0.05 1.65 18 18* 1412 1405 ± 1 0 57 ± 5 89* 4-B −0.84 7.59 0.88 2.08 66
70 0.36 1.19 51 40 ± 12 1617 1552 ± 1 280 268 ± 1 96 1-A 0.03 6.90 5.05 – 863
72 0.48 2.06 59 79 ± 15 1577 1562 ± 2 80 52 ± 2 161 2-B 0.81 9.76 5.13 – 953
74 0.17 2.78 35 24 ± 10 1108 1122 ± 2 200 187 ± 1 189* 2-A −2.02 11.43 8.10 – 4293
76 0.60 2.23 67 67* 1069 1061 ± 2 353 353* 72* 3-B −0.98 9.85 1.28 2.91 1494
77 0.23 1.96 40 40 ± 2 1458 1458 ± 1 31 36 ± 1 246 1-A −0.05 9.81 11.22 1.90 11334
78 0.16 0.96 33 39 ± 16 1269 1265. ± 1 178 174 ± 3 56* 2-B 0.52 6.49 5.86 3.40 3047
79 0.80 3.83 84 84* 1508 1510 ± 6 144 144* 133 2-B 1.40 13.51 1.53 2.48 691
80 0.12 1.25 29 29* 932 925 ± 1 161 161* 81* 3-B −0.37 7.25 3.52 2.54 4608
82 0.35 1.35 51 37 ± 16 931 916 ± 2 102 103 ± 4 71* 3-B 1.55 7.15 0.39 1.78 216
83 0.66 0.83 75 75* 1232 1231 ± 1 327 326 ± 2 61* 4-B 0.46 5.92 0.28 2.39 307
84 0.22 1.38 39 42 ± 3 2424 2410 ± 1 40 42 ± 1 194* 2-A 0.27 5.34 0.32 2.39 961
86 0.41 1.28 54 65 ± 7 1309 1305 ± 1 337 344 ± 2 132 1-A 0.63 7.71 18.11 2.78 8208
88 0.32 2.13 47 35 ± 8 1326 1324 ± 1 307 338 ± 1 210 1-B 0.79 9.72 19.49 1.98 17460
92 0.76 5.97 77 77* 2316 2307 ± 3 301 301* 124* 4-B 1.11 12.59 0.11 1.80 655
95 0.43 2.25 56 56* 596 618 ± 2 125 118 ± 3 101* 3-B −1.65 11.04 3.13 2.17 1570
98 0.82 3.13 81 81* 229 242 ± 3 58 58* 94* 3-B −1.25 12.3 0.14 2.66 1584
104 0.41 – 55 – 925 – −55 – – – – – 0.01 – –
106 0.12 1.95 29 29* 2617 2609 ± 1 6 14 ± 2 123 3-B −0.67 9.98 3.85 2.11 3969
107 0.80 3.01 80 80* 1733 1718 ± 2 196 196* 99* 4-B 0.52 12.44 0.03 1.89 391
112 0.48 7.09 61 61* 2310 2256 ± 3 220 220* 8* 4-B 0.30 13.79 0.82 2.69 1380
117 0.69 1.77 75 75* 1035 1066 ± 5 24 24* 144* 2-B −0.04 5.47 0.01 2.50 2560
118 0.30 0.89 46 46* 1296 1264 ± 1 13 347 ± 3 52 2-B 1.02 6.45 8.17 1.90 2432
121 0.73 1.65 77 77* 1250 1258 ± 1 113 113* 154* 1-B 0.35 8.07 3.08 2.64 1116
132 0.07 1.65 22 22* 727 718 ± 2 46 62 ± 10 98* 3-B 0.78 12.61 4.66 2.59 2422
133 0.62 2.84 68 68* 1253 1250 ± 2 286 286* 88* 4-A −0.01 11.79 0.07 1.93 3208
134 0.75 3.33 77 77* 1137 1137 ± 5 39 39* 0* 4-B −2.68 15.65 0.78 2.21 1440
136 0.32 – 49 – 784 – 85 – – – – – 0.01 – –
139 0.4 1.01 54 40 ± 13 1136 1133 ± 1 341 356 ± 2 107* 1-A −0.34 6.84 4.95 2.07 1772
141 0.47 2.2 59 53 ± 3 963 959 ± 1 335 337 ± 1 170* 3-B −0.11 9.47 0.09 2.15 5544
142 0.41 1.52 56 56* 1710 1700 ± 2 200 180 ± 10 14* 3-B −0.55 7.29 14.12 4.02 3019
143 0.76 1 77 77* 992 1001 ± 1 338 338* 122* 1-B 0.02 7.45 3.95 1.97 1393
145 0.30 1.11 46 46* 1101 1097± 1 272 276 ± 1 99* 2-A 0.99 7.64 1.10 1.97 3571
146 0.73 1.38 75 75* 1195 1188 ± 2 156 156* 78* 4-B 1.18 8.82 2.16 2.02 972
148 0.73 1.75 75 75* −122 −136 ± 4 125 125* 130 1-B 0.52 10.95 12.32 1.91 3024
149 0.70 1.38 76 76* 230 243 ± 1 89 89* 137* 1-B −0.07 8.85 0.36 1.91 4124
151 0.34 3.97 50 53 ± 23 103 89 ± 3 237 258 ± 4 110* 3-B 3.42 17.05 2.21 2.23 4599
152 0.08 0.97 23 23* 2289 2281 ± 1 267 273 ± 1 128* 2-B 0.44 8.60 1.99 2.38 2671
153 0.11 1.35 27 27* 1395 1391 ± 1 283 277 ± 2 120 1-B 0.40 10.11 6.16 2.17 4003
154 0.05 0.96 18 18* 1272 1266 ± 1 176 232 ± 1 104 2-B 0.13 9.68 6.47 1.69 2671
156 0.65 4.69 74 74* −275 −200 ± 2 314 314* 186* 3-B −0.49 10.42 0.22 3.23 4002
157 0.51 1.27 61 62 ± 4 1695 1687 ± 2 8 15 ± 2 108 1-A −0.69 9.03 4.10 2.69 10712
159 0.49 1.49 62 85 ± 24 437 453 ± 3 92 92* 21* 4-B 0.54 6.93 1.02 2.37 4404
160 0.11 1.16 28 45 ± 9 1450 1445 ± 1 60 77 ± 2 95 3-A −0.04 8.52 7.57 2.18 1538
164 0.10 – 27 – 724 – −0.68 – – – – – 0.15 – –
165 0.72 1.81 75 75* 2252 2238 ± 1 312 312* 88* 4-B 0.32 8.72 0.06 3.24 8418
168 0.50 1.63 61 48 ± 15 1120 1110 ± 1 174 165 ± 3 86 1-A 0.08 9.03 1.04 2.38 3093
169 0.28 0.98 44 44* 1701 1706 ± 1 239 245 ± 2 88 2-A 0.08 8.67 0.66 2.07 442
171 0.34 1.25 49 49* 858 834 ± 2 170 176 ± 2 124* 2-B 1.27 9.52 1.14 3.11 824
172 0.56 1.29 66 56 ± 8 1668 1665 ± 1 40 39 ± 2 106* 4-B 0.20 10.57 0.38 2.52 813
177 0.34 0.75 51 55 ± 7 2341 2349 ± 1 1 171 ± 2 72* 2-A −0.73 6.77 2.33 2.58 1711
182 0.48 2.16 59 54 ± 2 2438 2434 ± 1 175 174 ± 1 189 2-A −0.50 11.51 4.04 2.20 3049
184 0.48 – 61 – 497 – −30 – – – – – 0.2 – –
185 0.05 2.11 18 18* 1777 1763 ± 1 250 213 ± 2 176* 3-B −0.35 8.86 0.05 2.28 1936
187 0.21 0.95 38 30 ± 6 1732 1721 ± 1 42 49 ± 1 135 1-A −0.25 7.56 21.49 2.10 1600
189 0.36 1.36 51 65 ± 17 2096 2086 ± 1 107 109 ± 3 51* 4-B 0.31 8.72 0.26 2.32 3457
191 0.40 0.59 54 56 ± 4 1629 1615 ± 1 46 45 ± 1 89* 2-B −0.09 4.87 1.95 2.13 16151
192 0.24 2.32 42 42* 737 564 ± 4 116 116* 0* 4-B −0.21 6.51 0.20 2.12 1688
193 0.35 0.87 50 50* −170 −166 ± 1 38 59 ± 3 85* 1-A 0.22 9.18 4.16 1.79 1039
195 0.51 – 63 – 958 – 7 – – – – – 0.01 – –
197 0.72 1.9 75 75* 2329 2327 ± 1 215 213 ± 1 106* 3-B −0.09 14.90 0.27 2.46 4703
198 0.46 1.37 58 52 ± 16 1174 1182 ± 1 231 226 ± 2 88* 2-A −0.04 8.81 5.14 2.18 1944
199 0.30 0.98 46 30 ± 13 2349 2326 ± 1 153 183 ± 3 97* 4-B 0.38 7.34 0.62 2.86 3636
207 0.14 1.35 31 29 ± 17 1288 1280 ± 1 43 12 ± 3 121* 3-B 0.71 9.89 0.97 2.42 4320
212 0.21 1.17 38 38* 1410 1397 ± 1 221 243 ± 4 56 2-B 0.64 10.61 3.67 2.38 2505
225 0.52 0.39 63 63* 2737 2745 ± 1 137 137* 3* 4-B 0.36 2.83 0.01 1.83 4376
226 0.47 2.56 59 58 ± 3 2424 2418 ± 1 220 218 ± 1 175* 3-B −0.35 18.12 0.13 2.49 1753
230 0.38 1.15 53 52 ± 5 630 626 ± 1 290 291 ± 2 71* 3-A −0.04 8.62 5.24 1.91 3326
237 0.25 0.97 42 42* 742 731 ± 2 194 188± 4 81* 2-A 0.92 6.88 8.92 2.26 1528
238 0.22 1.47 39 39* 1116 1107 ± 2 284 311 ± 5 56 3-B −0.63 5.95 6.25 1.47 2286
239 0.80 4.16 80 80* 119 120 ± 3 336 336* 146* 3-B −0.49 21.67 1.65 3.11 1661
249 0.66 – 73 – 849 – 71 – – – – – 0.01 – –
252 0.43 0.9 56 56 ± 8 1619 1629 ± 1 2 359 ± 1 89 2-A −0.09 9.4 2.03 2.00 16276
255 0.10 0.87 26 26* 984 980 ± 1 320 13 ± 3 61 4-B 0.28 4.45 3.01 1.47 981
256 0.22 1.15 40 40* 1119 1113 ± 1 251 336 ± 7 24* 3-B −0.74 12.66 34.69 3.11 16276
261 0.79 2.02 79 79* 1158 1170 ± 1 181 181* 107* 3-B 0.06 9.74 3.67 2.03 5812
264 0.80 0.59 80 80* 1272 1262 ± 1 171 171* 77* 3-B −0.27 6.42 0.07 1.98 2258
267 0.67 2.83 72 72* 1179 1202 ± 3 30 30* 51* 3-B −2.75 17.19 2.44 1.89 367
268 0.62 3.57 70 70* 1779 1782 ± 3 119 119* 191 2-A 0.63 19.82 2.27 2.49 6435
271 0.78 1.45 79 79* 1240 1242 ± 2 338 338* 88* 3-B 1.05 14.00 0.71 2.13 1208
273 0.74 3.28 76 76* 1119 1130 ± 2 313 315 ± 1 142 3-B 0.60 15.52 0.47 2.50 2241
275 0.08 1.01 23 23* 1566 1562 ± 1 216 251 ± 2 101 1-B 0.51 7.87 20.67 – 3708
276 0.2 4.15 37 37* 2832 2816 ± 2 244 237 ± 2 165* 4-B 1.33 17.06 2.12 2.13 3852
278 0.77 2.58 81 81* 1121 1106 ± 2 347 347* 90* 4-B 0.67 8.75 0.53 2.25 3459
279 0.51 1.63 61 54 ± 3 1321 1315 ± 1 340 345 ± 1 116 1-A 0.21 10.53 1.68 1.74 1757
280 0.52 2.06 63 63* 2802 2800 ± 2 92 89± 1 220* 2-B −0.27 16.40 0.26 3.23 5031
282 0.3 – 46 – 2664 – 5 – – – – – 0.68 – –
283 0.57 1.78 65 66 ± 2 760 762 ± 2 309 311 ± 1 143 1-A −0.49 17.65 14.16 3.64 135
284 0.63 2.41 69 69* 1296 1282 ± 3 348 348* 150* 2-A 1.56 18.69 1.36 2.50 2855
287 0.29 2.53 45 45* 1174 1171 ± 2 202 227 ± 2 140 2-A −1.01 14.40 16.42 – 1114
289 0.39 1.43 53 43 ± 3 1678 1675 ± 1 155 142 ± 1 168 2-A 0.55 6.4 11.43 2.34 3672
290 0.6 1.89 70 70* 1136 1120 ± 3 281 281* 90* 4-B 1.02 11.32 4.16 – 5049
291 0.27 – 44 – 1297 – −39 – – – – – 0.01 – –
292 0.24 1.45 41 32 ± 9 1225 1210 ± 1 74 88 ± 1 159* 1-B −0.53 13.32 3.32 3.22 1240
293 0.19 0.95 36 44 ± 12 1092 1092 ± 1 290 306 ± 2 124 1-A −1.11 4.93 9.83 4.26 3204
294 0.75 4.01 80 80* 1608 1602 ± 3 259 159* 98* 4-B −0.84 11.13 0.30 3.43 2664
297 0.73 2.67 77 77* 1508 1496 ± 1 150 150* 114 2-B 0.24 4.98 0.56 2.30 828
298 0.35 0.97 50 50* 1419 1429 ± 1 261 270 ± 2 127 1-A −0.38 11.25 9.07 2.20 3190
300 0.7 – 77 – 1354 – 83 – – – – – 0.01 – –
301 0.3 1.32 46 38 ± 4 1380 1377 ± 1 12 6 ± 1 173 1-A 0.00 7.54 13.56 2.78 11334
303 0.2 1.12 38 47 ± 10 1717 1689 ± 1 309 307 ± 2 115* 3-B 0.62 2.65 1.42 2.84 210
304 0.72 2.27 76 76* 1370 1363 ± 2 16 16* 137* 2-B −0.55 11.45 2.77 1.85 2363
305 0.59 0.82 66 66* 1171 1167 ± 1 67 67* 15* 4-B 0.33 14.38 0.10 2.94 1959
308 0.65 2.56 72 72* 1091 1099 ± 4 128 128* 63* 4-B 0.15 15.46 0.19 2.21 3051
309 0.39 0.84 53 64 ± 3 1383 1378 ± 1 253 250 ± 1 98 2-A −0.28 7.61 0.51 1.88 2484
313 0.71 2.7 75 75 ± 2 1490 1481 ± 2 55 55* 126* 2-B −0.07 10.93 0.55 2.33 3051
314 0.54 3.94 63 57 ± 7 1389 1389 ± 2 159 172 ± 2 119 3-A −1.27 14.67 1.88 1.98 2483
317 0.65 2.24 72 72* 1716 1709 ± 7 340 340 ± 2 105 2-B 0.55 17.02 0.09 2.15 366
318 0.43 1.62 56 56* 1370 1348 ± 2 80 64 ± 2 114 1-A 1.82 12.44 15.68 2.13 3262
319 0.26 2.58 43 44 ± 7 1368 1368 ± 1 63 66 ± 1 114 1-A −0.34 16.09 25.69 2.29 10101
321 0.33 0.87 49 49* 1581 1582 ± 2 38 34 ± 1 90* 2-A −0.42 5.18 4.78 2.89 449
322 0.05 0.67 18 19* 1505 1505 ± 1 84 45* 211* 3-B −0.18 4.68 3.11 2.64 15641
323 0.65 5.3 72 72* 1640 1620 ± 6 163 163* 131* 4-B 0.11 14.39 0.29 2.46 1452

Notes. Kinematical parameters computed from the models for the 152 HRS galaxies concerning this work. (1) HRS galaxy number. (2) Elipticity from Cortese et al. (2012). (3) of the kinematical model. (4) Morphological inclination calculated with the elipticity value as in Masters et al. (2010). (5) Inclination calculated by our kinematical model (6) Systemic velocity from Boselli et al. (2010). (7) Systemic velocity computed by our kinematical models (8) Morphological PA taken from Cortese et al. (2012); if necessary, the value of the PA has been transformed in order to be able to compare with the kinematical PA easily. (9) PA calculated by our kinematical models (The case of galaxy HRS 322 is very explained in Appendix B). (10) Vmax derived from the Courteau function fitted to the rotation curve, marked with a star when extrapolated. (11) Flag of the rotation curve. (12) Mean residual velocity dispersion of the residual velocity fields. (13) Mean velocity dispersion of the residual velocity fields. (14) Integrated flux deduced from our comparison to Boselli et al. (2014a) data. (15) rRC normalized to reff. (16) Number of resolution elements per galaxy spatial coverage.

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