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Table A.2

Kinematic and physical parameters of cluster pair candidates.

ClusterCG20 ClusterH&R24 Δ3D pc RVCG20 km·s−1 NCG20 RVH&R24 km·s−1 NH&R24 TVCG20 km·s−1 TVH&R24 km·s−1 logAgeCG20 dex logAgeH&R24 dex
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11)
UBC_207 NGC_1980 10.61 22.12±10.62 24 23.24±2.84 93 2.17±0.25 2.46±0.01 7.18 6.846.636.99Mathematical equation: $\[6.84_{6.63}^{6.99}\]$
UBC_420 Berkeley_65 48.13 -64.24±1.62 1 -60.43±7.02 1 7.64±0.76 8.78±0.08 7.81 7.247.077.44Mathematical equation: $\[7.24_{7.07}^{7.44}\]$
NGC_2645 Pismis_8 32.93 -25.27±4.52 2 - 0 67.75±1.03 67.06±0.22 7.41 7.677.427.96Mathematical equation: $\[7.67_{7.42}^{7.96}\]$
UBC_468 Ruprecht_35 49.25 44.05±0.23 1 - 0 75.50±3.75 73.87±0.55 7.04 7.427.197.58Mathematical equation: $\[7.42_{7.19}^{7.58}\]$
SAI_72 CWNU_1966 37.41 44.56±1.26 1 33.76±21.68 2 9.04±0.91 17.43±0.26 - 8.468.268.69Mathematical equation: $\[8.46_{8.26}^{8.69}\]$
UBC_14 ASCC_106 34.10 -6.28±7.45 22 -15.38±1.81 20 7.71±0.28 9.39±0.11 7.72 8.097.878.27Mathematical equation: $\[8.09_{7.87}^{8.27}\]$
UPK_533 UPK_535 31.26 27.12±3.70 17 3.91±4.45 25 11.91±0.33 20.24±0.06 7.95 7.347.067.57Mathematical equation: $\[7.34_{7.06}^{7.57}\]$

NGC_1977 ASCC_19 43.86 25.38±7.68 31 11.65±3.37 26 2.84±0.42 2.81±0.03 7.99 6.876.677.04Mathematical equation: $\[6.87_{6.67}^{7.04}\]$
NGC_1977 HSC_1633 25.16 25.38±7.68 31 14.80±5.66 17 2.84±0.42 3.82±0.03 7.99 6.786.556.94Mathematical equation: $\[6.78_{6.55}^{6.94}\]$
NGC_1977 OC_0339 43.00 25.38±7.68 31 29.10±7.32 3 2.84±0.42 3.37±0.03 7.99 7.906.798.50Mathematical equation: $\[7.90_{6.79}^{8.50}\]$
NGC_1977 OCSN_59 48.91 25.38±7.68 31 17.39±4.30 13 2.84±0.42 2.71±0.04 7.99 6.776.516.90Mathematical equation: $\[6.77_{6.51}^{6.90}\]$
NGC_1977 Sigma_Orionis 17.53 25.38±7.68 31 24.97±4.15 31 2.84±0.42 3.05±0.05 7.99 6.576.436.65Mathematical equation: $\[6.57_{6.43}^{6.65}\]$
NGC_1977 UBC_17a 38.63 25.38±7.68 31 11.74±3.44 35 2.84±0.42 3.80±0.02 7.99 6.666.486.76Mathematical equation: $\[6.66_{6.48}^{6.76}\]$
UBC_392 CWNU_446 43.78 -3.26±3.12 7 -33.23±7.82 6 15.38±0.23 11.88±0.15 7.85 6.576.426.66Mathematical equation: $\[6.57_{6.42}^{6.66}\]$
UBC_392 CWNU_1126 33.10 -3.26±3.12 7 -25.15±2.73 17 15.38±0.23 15.60±0.11 7.85 7.206.967.40Mathematical equation: $\[7.20_{6.96}^{7.40}\]$
UBC_392 CWNU_1228 27.59 -3.26±3.12 7 -38.19±6.19 1 15.38±0.23 13.42±0.13 7.85 6.566.406.65Mathematical equation: $\[6.56_{6.40}^{6.65}\]$
UBC_392 OC_0185 37.78 -3.26±3.12 7 -20.23±3.23 54 15.38±0.23 12.37±0.06 7.85 6.816.646.94Mathematical equation: $\[6.81_{6.64}^{6.94}\]$
UBC_672 HSC_2848 31.60 -34.47±5.48 1 - 0 16.46±0.70 13.80±0.11 7.02 7.056.817.27Mathematical equation: $\[7.05_{6.81}^{7.27}\]$
UBC_672 HSC_2849 30.86 -34.47±5.48 1 -30.33±14.88 3 16.46±0.70 13.06±0.10 7.02 6.616.466.70Mathematical equation: $\[6.61_{6.46}^{6.70}\]$
UBC_672 NGC_6231 13.23 -34.47±5.48 1 -30.80±4.22 57 16.46±0.70 17.59±0.05 7.02 6.646.516.73Mathematical equation: $\[6.64_{6.51}^{6.73}\]$
UBC_672 OC_0673 13.89 -34.47±5.48 1 -34.28±5.41 6 16.46±0.70 17.07±0.08 7.02 6.866.667.04Mathematical equation: $\[6.86_{6.66}^{7.04}\]$
UBC_553 ESO_332-13 31.86 14.91±42.96 2 -18.32±6.49 18 15.44±0.64 9.27±0.09 7.12 6.626.496.69Mathematical equation: $\[6.62_{6.49}^{6.69}\]$
UBC_553 HSC_2849 10.16 14.91±42.96 2 -30.33±14.88 3 15.44±0.64 13.06±0.10 7.12 6.616.466.70Mathematical equation: $\[6.61_{6.46}^{6.70}\]$
UBC_553 NGC_6231 30.95 14.91±42.96 2 -30.80±4.22 57 15.44±0.64 17.59±0.05 7.12 6.646.516.73Mathematical equation: $\[6.64_{6.51}^{6.73}\]$
UBC_553 OC_0673 42.80 14.91±42.96 2 -34.28±5.41 6 15.44±0.64 17.07±0.08 7.12 6.866.667.04Mathematical equation: $\[6.86_{6.66}^{7.04}\]$
FSR_0198 Casado_82 30.43 -9.55±4.46 2 -22.38±8.49 1 72.40±3.69 67.34±0.31 6.67 6.776.596.90Mathematical equation: $\[6.77_{6.59}^{6.90}\]$
FSR_0198 Teutsch_8 43.79 -9.55±4.46 2 11.42±14.31 3 72.40±3.69 70.50±0.27 6.67 6.636.466.71Mathematical equation: $\[6.63_{6.46}^{6.71}\]$
Kronberger_1 HSC_1351 15.90 - 0 - 0 23.93±1.65 17.91±0.24 6.78 6.806.586.98Mathematical equation: $\[6.80_{6.58}^{6.98}\]$
Kronberger_1 HSC_1356 16.99 - 0 79.41±8.86 1 23.93±1.65 19.37±0.15 6.78 7.146.907.35Mathematical equation: $\[7.14_{6.90}^{7.35}\]$
Bochum_11 ASCC_62 44.52 -24.73±60.56 7 41.38±20.97 1 78.36±2.94 78.84±0.35 6.80 7.537.327.73Mathematical equation: $\[7.53_{7.32}^{7.73}\]$
Bochum_11 Collinder_228 18.05 -24.73±60.56 7 -28.41±14.03 2 78.36±2.94 82.39±0.34 6.80 6.726.556.85Mathematical equation: $\[6.72_{6.55}^{6.85}\]$
Bochum_11 Trumpler_16 32.74 -24.73±60.56 7 -2.88±13.41 14 78.36±2.94 87.02±0.24 6.80 6.796.587.00Mathematical equation: $\[6.79_{6.58}^{7.00}\]$

Notes. Columns (1) and (2) give the cluster names from CG20 and H&R24, respectively. Column (3) gives the three-dimensional separation (Δ3D) between the two clusters in each pair. Columns (4) and (5) report the RV of the CG20 cluster and the number of members used in its calculation. Columns (6) and (7) list the RV of the H&R24 cluster (taken directly from the catalog) and the corresponding number of members with RV measurements. Columns (8) and (9) provide the TVs of the clusters. Columns (10) and (11) present the ages of the clusters.

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