Turniej KMP na impy

Poniedziałek, 28 października 2024

Wyniki z 51 ośrodków

Zobacz: klasyfikacja długofalowa KMP na impy
do wyników...

pobierz rozkłady turnieju
    S 105
H 542
D J65
C K8432
   
  S Q632
H AKJ109
D A2
C A5
S/Obie S K987
H 8763
D 10873
C 10
 
    S AJ4
H Q
D KQ94
C QJ976
   
Liczba lew do wzięcia:
  NT S H D C    NT S H D C
N53369  E8101064
S53369  W8101064
Minimax: 5 C x S, -500
DeepFinesse ©1999 Wiliam Bailey

zapisliczba
wystąpień
kontraktliczba
wystąpień
% NS% EW
87013 C x S +1114.78-14.78
74011 C x S +3114.50-14.50
71014 C x S =114.16-14.16
40014 S E -4111.86-11.86
20044 H x W -119.82-9.82
4 H W -21
5 H x E -11
5 H E -21
14011 D x S =18.87-8.87
130132 C S +218.87-8.87
3 C S +19
4 C N =1
4 C S =2
11082 C S +118.31-8.31
3 C N =1
3 C S =6
100154 H E -148.30-8.30
4 H W -17
5 H E -14
-10044 C N -115.06-5.06
4 C S -12
1 NT S -11
-11012 S W =15.04-5.04
-12011 NT W +114.87-4.87
-14091 H W +224.16-4.16
2 H W +12
3 H E =2
3 H W =3
-1701061 H W +373.58-3.58
2 H E +26
2 H W +225
3 H E +120
3 H W +135
2 S E +22
2 S W +22
3 S E +14
3 S W +15
-200385 C x N -132.74-2.74
5 C x S -112
1 D x S -11
1 H W +43
2 H W +37
3 H E +23
3 H W +28
1 NT S -21
-500195 C x N -22-3.463.46
5 C x S -216
5 D x S -21
-6201134 H E =51-5.715.71
4 H W =54
4 S E =6
4 S W =2
-650304 H E +112-6.356.35
4 H W +117
4 S E +11
-68014 H E +21-7.097.09
-79034 H x W =3-8.908.90
-110011 NT x S -41-12.4012.40
-113013 H x W +21-12.7212.72
Kliknij na numer pary, żeby obejrzeć historię.
Kliknij na nagłówki kolumn, żeby zmienić sortowanie.
ośrodekrundaNSEWkontraktrozg.wistlew zapisIMP NSIMP EW
DS/1363 7 5 4 HE DK= -620-5.715.71
DS/1364 12 2 4 SE DK+1 -650-6.356.35
DS/1365 10 6 2 HW CK+3 -2002.74-2.74
DS/1366 9 13 4 HW C4= -620-5.715.71
DS/1367 4 3 4 HE DK= -620-5.715.71
DS/1368 14 8 4 HW H4= -620-5.715.71
DS/1583 21 19 5 HE DK-1 1008.30-8.30
DS/1585 24 20 1 HW ST+3 -1703.58-3.58
DS/1587 18 17 3 SE DK+1 -1703.58-3.58
DS/1586 23 27 5 C xS HA-2 -500-3.463.46
DS/1584 26 16 4 SE CQ= -620-5.715.71
DS/1588 28 22 4 SW CK= -620-5.715.71
DS/3362 32 35 3 HE CQ+1 -1703.58-3.58
DS/3364 33 31 4 HE HQ= -620-5.715.71
DS/3365 30 29 4 HW CK= -620-5.715.71
DS/3366 36 34 4 HW S10+1 -650-6.356.35
DS/3801 50 53 4 HE CQ= -620-5.715.71
DS/3802 43 41 3 HW CK+1 -1703.58-3.58
DS/3803 54 45 4 CS HK-1 -1005.06-5.06
DS/3804 55 51 5 C xS HA-1 -2002.74-2.74
DS/3805 56 38 3 HW C3+2 -2002.74-2.74
DS/3806 37 57 3 HW H2+1 -1703.58-3.58
DS/3807 42 58 2 HW S10+2 -1703.58-3.58
DS/3808 46 59 4 HE CQ= -620-5.715.71
DS/3809 60 49 3 CS HA= 1108.31-8.31
DS/38010 47 40 3 HE DK+1 -1703.58-3.58
DS/38011 61 39 5 C xS HA-2 -500-3.463.46
DS/38012 62 48 4 HE CQ= -620-5.715.71
DS/38015 44 52 4 SE HQ= -620-5.715.71
DS/721 72 71 5 C xS DA-1 -2002.74-2.74
DS/722 67 73 3 HW H4+1 -1703.58-3.58
DS/723 69 66 3 HE DK+1 -1703.58-3.58
DS/726 63 65 3 HW S10+1 -1703.58-3.58
DS/728 74 70 4 HE CQ+1 -650-6.356.35
DS/7210 64 68 3 HE CQ+1 -1703.58-3.58
KP/1251 84 83 2 HW CK+1 -1404.16-4.16
KP/1252 79 85 2 HW CK+3 -2002.74-2.74
KP/1253 81 78 4 HW S5+1 -650-6.356.35
KP/1256 75 77 3 CS DA+1 1308.87-8.87
KP/1258 86 82 2 HW S5+3 -2002.74-2.74
KP/12510 76 80 4 HW CK= -620-5.715.71
KP/2951 115 108 5 C xS HA-2 -500-3.463.46
KP/2952 119 110 4 HW S10+1 -650-6.356.35
KP/2953 120 107 2 HW H2+2 -1703.58-3.58
KP/2954 88 92 4 HE DK= -620-5.715.71
KP/2955 97 102 4 HE HQ= -620-5.715.71
KP/2956 89 95 4 HW C2= -620-5.715.71
KP/2957 100 103 4 HW S10+1 -650-6.356.35
KP/2958 99 87 4 C xS HA= 71014.16-14.16
KP/2959 94 96 3 CS HA= 1108.31-8.31
KP/29510 90 91 3 HW D6= -1404.16-4.16
KP/29510 106 105 2 HW C2+2 -1703.58-3.58
KP/29511 101 93 1 HW CK+4 -2002.74-2.74
KP/29511 112 117 5 C xS HA-2 -500-3.463.46
KP/29512 104 98 4 HW C8= -620-5.715.71
KP/29513 116 118 1 NTW C3+1 -1204.87-4.87
KP/29514 111 114 4 HW CK= -620-5.715.71
KP/29515 113 109 3 HW C2+2 -2002.74-2.74
KP/3537 125 133 2 HW S10+2 -1703.58-3.58
KP/3536 122 129 4 HW CK= -620-5.715.71
KP/3535 124 132 4 HW C2-1 1008.30-8.30
KP/3534 121 126 4 HW CK= -620-5.715.71
KP/3533 131 127 4 HW S10+1 -650-6.356.35
KP/3532 130 123 4 HW S10+1 -650-6.356.35
KP/4648 146 135 3 HW C3+1 -1703.58-3.58
KP/4647 148 136 3 SW C2+1 -1703.58-3.58
KP/4646 137 150 3 HW S10+1 -1703.58-3.58
KP/4645 138 152 3 CS HA= 1108.31-8.31
KP/4644 139 145 3 SW CK+1 -1703.58-3.58
KP/4643 140 147 1 HW S10+4 -2002.74-2.74
KP/4642 141 149 4 SE CJ= -620-5.715.71
KP/4641 142 151 4 HW CK-1 1008.30-8.30
KP/4649 144 143 4 HE DK+1 -650-6.356.35
KP/5012 170 164 3 HW S10+1 -1703.58-3.58
KP/5011 167 159 4 HW C3= -620-5.715.71
KP/5010 156 157 3 CS HK+1 1308.87-8.87
KP/509 160 162 5 C xS HK-1 -2002.74-2.74
KP/508 165 153 4 HW S10= -620-5.715.71
KP/507 166 169 3 HE CQ= -1404.16-4.16
KP/506 155 161 4 HE CQ= -620-5.715.71
KP/505 163 168 3 HW S10+1 -1703.58-3.58
KP/504 154 158 1 HW DJ+3 -1703.58-3.58
LB/2653 180 173 3 SW CK+1 -1703.58-3.58
LB/2654 181 177 4 HE DK= -620-5.715.71
LB/2656 178 171 4 HW CQ-1 1008.30-8.30
LB/2657 176 175 5 C xS HA-1 -2002.74-2.74
LB/2658 179 174 2 HW S10+3 -2002.74-2.74
LB/3892 192 185 4 HE DQ+1 -650-6.356.35
LB/3893 193 189 4 HW D6= -620-5.715.71
LB/3894 183 188 5 C xN H2-1 -2002.74-2.74
LB/3895 186 194 5 C xS HK-2 -500-3.463.46
LB/3896 184 191 2 HW S10+2 -1703.58-3.58
LB/3897 187 195 3 CS HA+1 1308.87-8.87
LB/4291 206 205 4 HE DK= -620-5.715.71
LB/4293 203 200 1 HW S10+3 -1703.58-3.58
LB/4296 197 199 3 HE C6+1 -1703.58-3.58
LB/4298 208 204 5 C xS HA-2 -500-3.463.46
LB/42910 198 202 3 HW CK+1 -1703.58-3.58
LD/1192 211 212 4 HW C3= -620-5.715.71
LD/1193 218 214 4 HW S5+1 -650-6.356.35
LD/1194 216 210 4 HE CQ= -620-5.715.71
LD/1195 209 213 3 CS HA= 1108.31-8.31
LD/2571 226 235 4 HW D6= -620-5.715.71
LD/2572 225 233 3 HW S10+2 -2002.74-2.74
LD/2573 224 231 4 HW C3-2 2009.82-9.82
LD/2574 223 229 4 HE CQ= -620-5.715.71
LD/2575 222 236 4 HW D6= -620-5.715.71
LD/2576 221 234 2 HE CQ+2 -1703.58-3.58
LD/2577 232 220 2 HW HQ+2 -1703.58-3.58
LD/2578 230 219 5 C xN H7-1 -2002.74-2.74
LD/484 245 243 4 HE CQ= -620-5.715.71
LD/485 239 240 3 HW S10+2 -2002.74-2.74
LD/486 246 242 4 HE CQ= -620-5.715.71
LD/487 244 238 2 HW CK+2 -1703.58-3.58
LD/488 237 241 4 HW C3= -620-5.715.71
LU/2882 250 253 4 HW CQ= -620-5.715.71
LU/2884 251 249 3 HE CK+1 -1703.58-3.58
LU/2885 248 247 4 HW CQ= -620-5.715.71
LU/2886 254 252 5 C xN HK-1 -2002.74-2.74
LU/4681 264 263 3 SE CQ+1 -1703.58-3.58
LU/4682 259 265 3 HE CQ+1 -1703.58-3.58
LU/4683 261 258 4 HW C2= -620-5.715.71
LU/4686 255 257 5 HE CQ-2 2009.82-9.82
LU/46810 256 260 5 C xS HK-1 -2002.74-2.74
MA/1265 281 274 4 HE DK+1 -650-6.356.35
MA/1265 295 288 4 HE CQ= -620-5.715.71
MA/1266 279 270 4 HE CQ= -620-5.715.71
MA/1266 293 284 5 C xS HA-2 -500-3.463.46
MA/1267 277 298 5 C xS HA-2 -500-3.463.46
MA/1267 291 280 2 HW S10+2 -1703.58-3.58
MA/1268 275 294 4 HE CQ+1 -650-6.356.35
MA/1268 289 276 4 HW S10= -620-5.715.71
MA/1269 273 290 3 HE DK+1 -1703.58-3.58
MA/1269 287 272 5 HE DK-1 1008.30-8.30
MA/12610 271 286 4 HE CQ= -620-5.715.71
MA/12610 285 268 3 HE CQ+1 -1703.58-3.58
MA/12611 282 269 4 HE CQ= -620-5.715.71
MA/12611 296 283 4 HE CQ= -620-5.715.71
MA/12612 278 267 4 HE CQ= -620-5.715.71
MA/2621 307 342 4 HW H2= -620-5.715.71
MA/2622 320 319 3 HW S10+1 -1703.58-3.58
MA/2622 329 341 3 HW DJ+1 -1703.58-3.58
MA/2623 318 315 2 CS HA+2 1308.87-8.87
MA/2623 331 338 3 HE DK+1 -1703.58-3.58
MA/2624 316 311 5 C xS HA-1 -2002.74-2.74
MA/2624 336 335 3 HE DK+1 -1703.58-3.58
MA/2625 314 306 3 HW CK= -1404.16-4.16
MA/2625 340 334 4 HW C2-1 1008.30-8.30
MA/2626 312 302 3 CS HA+1 1308.87-8.87
MA/2626 337 333 4 HW D6= -620-5.715.71
MA/2627 310 327 1 D xS HA= 1408.87-8.87
MA/2627 332 339 4 HW S10-1 1008.30-8.30
MA/2628 308 323 3 HE CQ+1 -1703.58-3.58
MA/2628 328 330 3 C xS HK+1 87014.78-14.78
MA/2629 305 321 4 SE HQ= -620-5.715.71
MA/26210 303 317 2 HW S10+3 -2002.74-2.74
MA/26211 313 301 5 C xS HA-1 -2002.74-2.74
MA/26212 309 299 4 HE CQ-1 1008.30-8.30
MA/26213 304 326 3 HE CQ+1 -1703.58-3.58
MA/26214 300 324 4 HE DK= -620-5.715.71
MA/26215 325 322 4 HE CQ= -620-5.715.71
MA/2821 357 358 3 HW C2+1 -1703.58-3.58
MA/2822 355 354 3 CS DA+1 1308.87-8.87
MA/2823 353 350 4 HE DK+2 -680-7.097.09
MA/2824 351 346 4 HW CK-1 1008.30-8.30
MA/2825 349 362 3 HW CK+1 -1703.58-3.58
MA/2826 347 356 2 SW CK+2 -1703.58-3.58
MA/2827 352 345 4 HE SA+1 -650-6.356.35
MA/2828 348 343 4 HW S5= -620-5.715.71
MA/2829 344 361 4 HW C3= -620-5.715.71
MA/464 368 366 4 HE DK-1 1008.30-8.30
MA/464 365 367 2 HW H2+2 -1703.58-3.58
MA/464 364 363 4 HE CQ= -620-5.715.71
MA/4832 383 375 4 HE HQ= -620-5.715.71
MA/4833 382 381 4 HE CQ= -620-5.715.71
MA/4834 374 384 3 HW H5+1 -1703.58-3.58
MA/4835 379 385 3 HW C4+1 -1703.58-3.58
MA/4836 377 386 5 HE DK-1 1008.30-8.30
MA/4837 376 373 2 HW C2+2 -1703.58-3.58
MA/4838 370 387 3 CS HA+1 1308.87-8.87
MA/4839 388 372 4 HW C3= -620-5.715.71
MA/48310 389 371 4 HW S10= -620-5.715.71
MA/48311 378 369 1 NTS HA-1 -1005.06-5.06
MA/48312 390 380 4 CN H5-1 -1005.06-5.06
MA/4903 401 397 3 SE CQ+1 -1703.58-3.58
MA/4904 391 396 4 HE CQ+1 -650-6.356.35
MA/4905 394 402 3 SE CQ+1 -1703.58-3.58
MA/4906 392 399 4 HW CK= -620-5.715.71
MA/4907 395 403 2 HW C2+2 -1703.58-3.58
MA/4908 404 398 2 HE DK+2 -1703.58-3.58
MA/4944 413 411 5 C xS HA-2 -500-3.463.46
MA/4945 407 408 2 SW C3+2 -1703.58-3.58
MA/4947 412 406 3 HW S5+1 -1703.58-3.58
MA/4948 405 409 1 HW D6+4 -2002.74-2.74
MA/652 415 425 3 HW C2+1 -1703.58-3.58
MA/653 421 419 1 HW S10+3 -1703.58-3.58
MA/654 426 416 3 CS HK= 1108.31-8.31
MA/655 424 420 4 HE CQ-1 1008.30-8.30
MA/656 423 427 3 HW C3+1 -1703.58-3.58
MA/657 418 417 4 HW C3= -620-5.715.71
MA/658 428 422 3 HW CK+1 -1703.58-3.58
MP/401 443 444 4 HE CQ= -620-5.715.71
MP/402 441 440 5 C xS HA-2 -500-3.463.46
MP/403 439 436 4 HW D6= -620-5.715.71
MP/404 437 432 3 HW C3+1 -1703.58-3.58
MP/405 435 446 3 HE CQ+1 -1703.58-3.58
MP/406 433 442 4 HW D6= -620-5.715.71
MP/407 438 431 5 C xS HA-2 -500-3.463.46
MP/408 434 429 4 HE DK= -620-5.715.71
MP/4574 455 453 4 HE CQ= -620-5.715.71
MP/4575 449 450 2 HE CQ+2 -1703.58-3.58
MP/4576 456 452 2 HE CQ+2 -1703.58-3.58
MP/4577 454 448 4 HE DK+1 -650-6.356.35
MP/4578 447 451 4 HE DK= -620-5.715.71
OP/2732 460 463 4 HW D6+1 -650-6.356.35
OP/2734 461 459 4 HW C3= -620-5.715.71
OP/2735 458 457 4 HE DK+1 -650-6.356.35
OP/2736 464 462 4 SW S10= -620-5.715.71
OP/3632 468 471 4 HE DK= -620-5.715.71
OP/3634 469 467 3 HW S10+2 -2002.74-2.74
OP/3635 466 465 3 HW C2+1 -1703.58-3.58
OP/3636 472 470 5 C xS HA-1 -2002.74-2.74
OP/4018 486 480 5 D xS HA-2 -500-3.463.46
OP/4017 477 485 1 NT xS HK-4 -1100-12.4012.40
OP/4016 474 481 4 HE DK= -620-5.715.71
OP/4015 476 484 4 HW S10= -620-5.715.71
OP/4014 473 478 2 HE C3+2 -1703.58-3.58
OP/4012 482 475 3 CS HA= 1108.31-8.31
OP/4013 483 479 3 SW C3+1 -1703.58-3.58
PD/3692 496 489 3 HE DK+2 -2002.74-2.74
PD/3693 497 493 4 HW S10= -620-5.715.71
PD/3694 487 492 4 HW CK= -620-5.715.71
PD/3695 490 498 4 HE CQ= -620-5.715.71
PD/3696 488 495 4 HE CQ= -620-5.715.71
PD/3697 491 499 5 C xS HA-1 -2002.74-2.74
PD/3698 500 494 4 HW CK= -620-5.715.71
PD/702 504 507 4 HE HQ= -620-5.715.71
PD/704 505 503 3 HE CQ+1 -1703.58-3.58
PD/705 502 501 1 HW S10+3 -1703.58-3.58
PD/706 508 506 5 C xN HA-2 -500-3.463.46
PK/1183 512 519 4 HE CQ= -620-5.715.71
PK/1184 517 516 3 HW S10+2 -2002.74-2.74
PK/1185 521 515 3 HE DK+2 -2002.74-2.74
PK/1186 518 514 3 SW CK+1 -1703.58-3.58
PK/1187 513 520 4 HW S10+1 -650-6.356.35
PK/1188 509 511 3 HW C3+1 -1703.58-3.58
PM/1021 530 527 4 HE DK= -620-5.715.71
PM/1022 523 538 3 CS HA+1 1308.87-8.87
PM/1023 539 525 4 CS HA= 1308.87-8.87
PM/1024 532 531 5 CxS HA-2 -500-3.463.46
PM/1025 536 540 2 HW ST+1 -1404.16-4.16
PM/1026 541 524 4 HW C4= -620-5.715.71
PM/1027 542 537 4 CN H3= 1308.87-8.87
PM/1028 528 543 3 HW ST+1 -1703.58-3.58
PM/1029 533 526 2 HW ST+3 -2002.74-2.74
PM/10210 529 535 4 HW ST+1 -650-6.356.35
PM/10211 544 534 2 SE DK+2 -1703.58-3.58
PM/1291 554 553 4 HE HQ= -620-5.715.71
PM/1292 549 555 3 CS DA+1 1308.87-8.87
PM/1293 551 548 5 C xS HA-2 -500-3.463.46
PM/1296 545 547 3 CN H7= 1108.31-8.31
PM/1298 556 552 4 H xW CK= -790-8.908.90
PM/12910 546 550 2 HW S10+2 -1703.58-3.58
SW/4727 561 569 5 C xS HA-2 -500-3.463.46
SW/4722 566 559 4 SE CQ= -620-5.715.71
SW/4724 557 562 4 HW C2= -620-5.715.71
SW/4725 560 568 4 HW D5= -620-5.715.71
SW/4726 558 565 4 HW C2= -620-5.715.71
SW/4723 567 563 4 HW S10+1 -650-6.356.35
WM/1324 576 574 3 HW C3+1 -1703.58-3.58
WM/1324 573 575 2 HW C4+2 -1703.58-3.58
WM/1324 572 571 5 C xS HA-1 -2002.74-2.74
WM/3374 587 586 4 HE CQ+1 -650-6.356.35
WM/3375 578 583 3 HW S10= -1404.16-4.16
WM/3377 582 584 3 HW C3+1 -1703.58-3.58
WM/3378 577 580 4 HW C2= -620-5.715.71
WM/3379 579 590 1 D xS CA-1 -2002.74-2.74
WM/33710 581 589 4 HE DK= -620-5.715.71
WM/33712 592 588 2 HW D6+2 -1703.58-3.58
WM/4593 607 596 2 HW C2+2 -1703.58-3.58
WM/4594 606 600 4 HE CK+1 -650-6.356.35
WM/4595 599 610 4 HE CQ= -620-5.715.71
WM/4596 601 609 1 NTS HA-2 -2002.74-2.74
WM/4597 608 594 3 HE CQ+1 -1703.58-3.58
WM/4598 597 603 4 HE CQ= -620-5.715.71
WM/4599 605 612 3 HE DK+1 -1703.58-3.58
WM/45910 595 611 2 HW H4+2 -1703.58-3.58
WM/45911 602 604 4 H xW H5= -790-8.908.90
WM/45912 593 598 3 CS HA+1 1308.87-8.87
WP/1203 622 615 4 HW S10= -620-5.715.71
WP/1204 623 619 2 HW S5+2 -1703.58-3.58
WP/1205 614 624 4 HW C2+1 -650-6.356.35
WP/1206 620 613 4 HW S10= -620-5.715.71
WP/1207 618 617 3 HW S10+1 -1703.58-3.58
WP/1208 621 616 3 H xW S5+2 -1130-12.7212.72
WP/1471 634 633 2 HE CQ+2 -1703.58-3.58
WP/1472 629 635 2 HW S10+2 -1703.58-3.58
WP/1473 631 628 2 HW S10+2 -1703.58-3.58
WP/1476 625 627 3 HW D6+2 -2002.74-2.74
WP/1478 636 632 1 HW S10+3 -1703.58-3.58
WP/14710 626 630 3 HW H4+1 -1703.58-3.58
WP/2932 640 643 2 CS HA+1 1108.31-8.31
WP/2934 641 639 5 C xS HA-2 -500-3.463.46
WP/2935 638 637 3 HW C3+1 -1703.58-3.58
WP/2936 644 642 3 HW C3+1 -1703.58-3.58
WP/4033 663 657 4 H xW CK= -790-8.908.90
WP/4033 683 677 4 HW S10+1 -650-6.356.35
WP/4034 653 662 3 HW C2+2 -2002.74-2.74
WP/4034 673 682 4 HW C2= -620-5.715.71
WP/4035 648 660 4 SE HQ-4 40011.86-11.86
WP/4035 668 680 5 H xE DK-1 2009.82-9.82
WP/4036 649 658 4 HE CQ= -620-5.715.71
WP/4036 669 678 3 HW CK+1 -1703.58-3.58
WP/4037 646 664 4 HW C3-1 1008.30-8.30
WP/4037 666 684 2 HW C2+2 -1703.58-3.58
WP/4038 650 659 2 SE HQ+2 -1703.58-3.58
WP/4038 670 679 5 C xS HK-1 -2002.74-2.74
WP/4039 652 655 1 HW S10+2 -1404.16-4.16
WP/4039 672 675 3 HW CK+1 -1703.58-3.58
WP/40310 661 651 4 CS DA= 1308.87-8.87
WP/40310 681 671 3 HE CJ+2 -2002.74-2.74
WP/40311 654 656 4 HW C3= -620-5.715.71
WP/40311 674 676 2 SW C3= -1105.04-5.04
WP/40312 645 647 3 HW CK+1 -1703.58-3.58
WP/40312 665 667 1 C xS HA+3 74014.50-14.50
WP/4624 693 691 3 HW S10+1 -1703.58-3.58
WP/4625 687 688 3 HE CQ= -1404.16-4.16
WP/4627 692 686 3 HW C3+1 -1703.58-3.58
WP/4628 685 689 4 HW S10= -620-5.715.71
WP/4855 709 702 4 HE CQ= -620-5.715.71
WP/4855 723 716 3 HE DK+1 -1703.58-3.58
WP/4856 707 698 4 HE CQ= -620-5.715.71
WP/4856 721 712 2 HW CK+2 -1703.58-3.58
WP/4857 705 726 4 HE DK+1 -650-6.356.35
WP/4857 719 708 4 CS HA-1 -1005.06-5.06
WP/4858 703 722 5 C xS HA-2 -500-3.463.46
WP/4858 717 704 4 HW CK= -620-5.715.71
WP/4859 701 718 4 SE CQ= -620-5.715.71
WP/4859 715 700 2 HW S10+3 -2002.74-2.74
WP/48510 699 714 3 HE DK+1 -1703.58-3.58
WP/48510 713 696 4 HW C3+1 -650-6.356.35
WP/48511 710 697 2 HW D6+2 -1703.58-3.58
WP/48511 724 711 5 C xS HA-1 -2002.74-2.74
WP/48512 706 695 4 HW S10= -620-5.715.71
ZP/1164 735 733 1 HW DJ+3 -1703.58-3.58
ZP/1165 729 730 4 HW H4= -620-5.715.71
ZP/1166 736 732 3 HW CK+1 -1703.58-3.58
ZP/1167 734 728 4 HE CQ= -620-5.715.71
ZP/1168 727 731 4 HW CK= -620-5.715.71
ZP/1673 750 749 3 HE CQ+1 -1703.58-3.58
ZP/1674 742 752 4 HE CQ= -620-5.715.71
ZP/1675 747 753 4 HE HQ= -620-5.715.71
ZP/1676 745 754 4 HW S10= -620-5.715.71
ZP/1677 744 741 4 HE DK= -620-5.715.71
ZP/1678 738 755 4 HE DK-1 1008.30-8.30
ZP/1679 756 740 4 HE DK= -620-5.715.71
ZP/16710 757 739 4 HW S10+1 -650-6.356.35
ZP/16711 746 737 5 HE CQ-1 1008.30-8.30
ZP/16712 758 748 2 HW H4+2 -1703.58-3.58
ZP/3592 762 765 1 HW S10+2 -1404.16-4.16
ZP/3594 763 761 4 HE DK= -620-5.715.71
ZP/3595 760 759 4 HW C2= -620-5.715.71
ZP/3596 766 764 4 HW C2+1 -650-6.356.35
ZP/3754 775 773 4 HW CK+1 -650-6.356.35
ZP/3755 769 770 4 H xW S10-1 2009.82-9.82
ZP/3757 774 768 4 HW C2= -620-5.715.71
ZP/3758 767 771 5 C xN S7-2 -500-3.463.46
ZP/4331 786 785 4 HW H2= -620-5.715.71
ZP/4332 781 787 4 HW C8= -620-5.715.71
ZP/4333 783 780 2 HW CK+2 -1703.58-3.58
ZP/4336 777 779 4 HE DK= -620-5.715.71
ZP/4338 788 784 2 HW H2+2 -1703.58-3.58