| ASCC 101 |
Number of WDs: expected from single-star evolution N=10, with probability of formation through binary evolution >=0.5 N=2. |
| ASCC 127 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=2. |
| ASCC 51 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=0. |
| ASCC 87 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=1. |
| ASCC 99 |
Number of WDs: expected from single-star evolution N=6, with probability of formation through binary evolution >=0.5 N=2. |
| Alessi 10 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=3. |
| Alessi 24 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| Alessi 3 |
Number of WDs: expected from single-star evolution N=11, with probability of formation through binary evolution >=0.5 N=5. |
| Alessi 34 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=12. |
| Alessi 37 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=1. |
| Alessi 62 |
Number of WDs: expected from single-star evolution N=23, with probability of formation through binary evolution >=0.5 N=0. |
| Alessi 9 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=1. |
| Alessi Teutsch 12 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| Blanco 1 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=1. |
| COIN-Gaia 13 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=4. |
| CWNU 1084 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| CWNU 45 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=1. |
| CWNU 519 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=3. |
| CWNU 522 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=3. |
| Collinder 132 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| Collinder 174 |
Number of WDs: expected from single-star evolution N=24, with probability of formation through binary evolution >=0.5 N=1. |
| Collinder 350 |
Number of WDs: expected from single-star evolution N=10, with probability of formation through binary evolution >=0.5 N=2. |
| Collinder 393 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=0. |
| Collinder 394 |
Number of WDs: expected from single-star evolution N=6, with probability of formation through binary evolution >=0.5 N=1. |
| Collinder 55 |
Number of WDs: expected from single-star evolution N=17, with probability of formation through binary evolution >=0.5 N=1. |
| Collinder 69 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=3. |
| HSC 2304 |
Number of WDs: expected from single-star evolution N=6, with probability of formation through binary evolution >=0.5 N=0. |
| HSC 2384 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| HSC 2403 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=1. |
| HSC 2636 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=9. |
| HSC 2733 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=3. |
| Haffner 13 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=4. |
| Harvard 10 |
Number of WDs: expected from single-star evolution N=7, with probability of formation through binary evolution >=0.5 N=0. |
| Herschel 1 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=1. |
| IC 2391 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=3. |
| LISC 3534 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=4. |
| Loden 46 |
Number of WDs: expected from single-star evolution N=20, with probability of formation through binary evolution >=0.5 N=0. |
| Melotte 103 |
Number of WDs: expected from single-star evolution N=62, with probability of formation through binary evolution >=0.5 N=10. |
| Melotte 111 |
Number of WDs: expected from single-star evolution N=8, with probability of formation through binary evolution >=0.5 N=1. |
| Melotte 12 |
Number of WDs: expected from single-star evolution N=46, with probability of formation through binary evolution >=0.5 N=3. |
| Melotte 130 |
Number of WDs: expected from single-star evolution N=112, with probability of formation through binary evolution >=0.5 N=0. |
| Melotte 17 |
Number of WDs: expected from single-star evolution N=8, with probability of formation through binary evolution >=0.5 N=2. |
| Melotte 179 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=1. |
| Melotte 183 |
Number of WDs: expected from single-star evolution N=21, with probability of formation through binary evolution >=0.5 N=9. |
| Melotte 20 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=7. |
| Melotte 201 |
Number of WDs: expected from single-star evolution N=34, with probability of formation through binary evolution >=0.5 N=4. |
| Melotte 210 |
Number of WDs: expected from single-star evolution N=54, with probability of formation through binary evolution >=0.5 N=1. |
| Melotte 22 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=11. |
| Melotte 51 |
Number of WDs: expected from single-star evolution N=23, with probability of formation through binary evolution >=0.5 N=1. |
| Melotte 52 |
Number of WDs: expected from single-star evolution N=16, with probability of formation through binary evolution >=0.5 N=1. |
| Melotte 68 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=2. |
| Melotte 82 |
Number of WDs: expected from single-star evolution N=21, with probability of formation through binary evolution >=0.5 N=3. |
| Melotte 85 |
Number of WDs: expected from single-star evolution N=28, with probability of formation through binary evolution >=0.5 N=1. |
| Melotte 88 |
Number of WDs: expected from single-star evolution N=26, with probability of formation through binary evolution >=0.5 N=13. |
| Melotte 94 |
Number of WDs: expected from single-star evolution N=244, with probability of formation through binary evolution >=0.5 N=2. |
| NGC 1901 |
Number of WDs: expected from single-star evolution N=16, with probability of formation through binary evolution >=0.5 N=1. |
| NGC 2451B |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=1. |
| NGC 6405 |
Number of WDs: expected from single-star evolution N=14, with probability of formation through binary evolution >=0.5 N=1. |
| NGC 6991 |
Number of WDs: expected from single-star evolution N=45, with probability of formation through binary evolution >=0.5 N=3. |
| OC 0185 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=0. |
| OC 0407 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| OC 0450 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=4. |
| OC 0588 |
Number of WDs: expected from single-star evolution N=26, with probability of formation through binary evolution >=0.5 N=1. |
| OCSN 77 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=1. |
| Pismis 4 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=1. |
| Platais 12 |
Number of WDs: expected from single-star evolution N=6, with probability of formation through binary evolution >=0.5 N=7. |
| Platais 8 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| Platais 9 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=13. |
| Pozzo 1 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| RSG1 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=5. |
| RSG4 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=4. |
| RSG5 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=1. |
| Roslund 6 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=4. |
| Ruprecht 147 |
Number of WDs: expected from single-star evolution N=68, with probability of formation through binary evolution >=0.5 N=3. |
| Ruprecht 91 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=0. |
| Stock 1 |
Number of WDs: expected from single-star evolution N=11, with probability of formation through binary evolution >=0.5 N=3. |
| Stock 10 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=0. |
| Stock 12 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=2. |
| Stock 2 |
Number of WDs: expected from single-star evolution N=36, with probability of formation through binary evolution >=0.5 N=21. |
| Theia 1023 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| Theia 1082 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=1. |
| Theia 172 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=3. |
| Theia 181 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=7. |
| Theia 199 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 2649 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 274 |
Number of WDs: expected from single-star evolution N=8, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 291 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 3397 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=1. |
| Theia 38 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=5. |
| Theia 470 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 517 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=13. |
| Theia 558 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 58 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=2. |
| Theia 643 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=4. |
| Theia 874 |
Number of WDs: expected from single-star evolution N=6, with probability of formation through binary evolution >=0.5 N=0. |
| Theia 96 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| Theia 986 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| Trumpler 10 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=4. |
| UBC 11 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=7. |
| UBC 26 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=1. |
| UBC 32 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=11. |
| UPK 230 |
Number of WDs: expected from single-star evolution N=1, with probability of formation through binary evolution >=0.5 N=4. |
| UPK 41 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=0. |
| UPK 422 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=0. |
| UPK 5 |
Number of WDs: expected from single-star evolution N=5, with probability of formation through binary evolution >=0.5 N=0. |
| UPK 51 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=1. |
| UPK 545 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=25. |
| UPK 560 |
Number of WDs: expected from single-star evolution N=6, with probability of formation through binary evolution >=0.5 N=3. |
| UPK 562 |
Number of WDs: expected from single-star evolution N=2, with probability of formation through binary evolution >=0.5 N=0. |
| UPK 594 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=1. |
| UPK 599 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| UPK 626 |
Number of WDs: expected from single-star evolution N=4, with probability of formation through binary evolution >=0.5 N=0. |
| UPK 640 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=2. |
| VDBH 23 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=1. |
| VDBH 56 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=0. |
| VDBH 99 |
Number of WDs: expected from single-star evolution N=3, with probability of formation through binary evolution >=0.5 N=0. |
| ZHBJZ 1 |
Number of WDs: expected from single-star evolution N=0, with probability of formation through binary evolution >=0.5 N=4. |
