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Table D.2

The diameter estimates () for all the Ch/Cgh asteroids available in the literature.

# Name Method Reference
(km) (km)
      
13 Egeria 244.0 73.2 STM Morrison & Zellner (2007)
13 Egeria 207.6 24.9 STM Tedesco et al. (2004b)
13 Egeria 203.1 5.9 OCC Dunham et al. (2017)
13 Egeria 223.1 10.4 STM Ryan & Woodward (2010)
13 Egeria 226.1 28.5 NEATM Ryan & Woodward (2010)
13 Egeria 203.4 7.7 STM Usui et al. (2011)
13 Egeria 227.0 77.9 NEATM Masiero et al. (2011)
13 Egeria 202.6 150.2 NEATM Nugent et al. (2015)
13 Egeria 209.0 24.0 ADAM Hanuš et al. (2017b)
13 Egeria 201.0 12.0 ADAM Hanuš et al. (2017b)
19 Fortuna 221.0 66.3 STM Morrison & Zellner (2007)
19 Fortuna 210.1 11.3 OCC Dunham et al. (2017)
19 Fortuna 209.6 14.9 IM-TE Drummond et al. (2011)
19 Fortuna 199.7 9.1 TPM Usui et al. (2011)
19 Fortuna 223.0 130.8 NEATM Masiero et al. (2011)
19 Fortuna 209.8 6.6 NEATM Masiero et al. (2012)
19 Fortuna 187.0 39.0 LCIMG Hanuš et al. (2013b)
19 Fortuna 211.0 12.0 ADAM Hanuš et al. (2017b)
34 Circe 111.0 33.3 STM Morrison & Zellner (2007)
34 Circe 113.5 9.9 STM Tedesco et al. (2004b)
34 Circe 109.5 5.4 OCC Dunham et al. (2017)
34 Circe 97.4 8.5 STM Ryan & Woodward (2010)
34 Circe 121.5 21.3 NEATM Ryan & Woodward (2010)
34 Circe 96.0 30.0 LCOCC Ďurech et al. (2011)
34 Circe 107.0 30.0 LCOCC Ďurech et al. (2011)
34 Circe 116.5 3.4 STM Usui et al. (2011)
34 Circe 113.2 8.7 NEATM Masiero et al. (2011)
34 Circe 133.0 3.1 NEATM Masiero et al. (2012)
34 Circe 117.0 42.0 LCIMG Hanuš et al. (2013b)
34 Circe 116.0 33.0 LCIMG Hanuš et al. (2013b)
34 Circe 114.1 131.3 NEATM Nugent et al. (2015)
38 Leda 115.9 6.3 STM Tedesco et al. (2004b)
38 Leda 97.3 8.1 STM Ryan & Woodward (2010)
38 Leda 118.1 16.0 NEATM Ryan & Woodward (2010)
38 Leda 114.2 4.6 STM Usui et al. (2011)
38 Leda 116.0 46.5 NEATM Masiero et al. (2011)
38 Leda 122.5 3.7 NEATM Masiero et al. (2012)
38 Leda 114.2 84.6 NEATM Nugent et al. (2015)
41 Daphne 203.0 60.9 STM Morrison & Zellner (2007)
41 Daphne 174.0 35.1 STM Tedesco et al. (2004b)
41 Daphne 172.4 12.2 STM Ryan & Woodward (2010)
41 Daphne 207.9 31.6 NEATM Ryan & Woodward (2010)
41 Daphne 187.0 60.0 LCOCC Ďurech et al. (2011)
41 Daphne 201.5 22.5 TPM Matter et al. (2011)
41 Daphne 185.5 10.5 TPM Matter et al. (2011)
41 Daphne 179.6 7.7 STM Usui et al. (2011)
41 Daphne 205.5 5.6 NEATM Masiero et al. (2012)
41 Daphne 186.0 81.0 LCIMG Hanuš et al. (2013b)
41 Daphne 198.7 185.1 NEATM Nugent et al. (2015)
41 Daphne 188.0 15.0 ADAM Hanuš et al. (2017b)
41 Daphne 187.0 27.9 KOALA This work
48 Doris 221.8 22.5 STM Tedesco et al. (2004b)
48 Doris 196.3 47.3 OCC Dunham et al. (2017)
48 Doris 211.3 48.0 STM Ryan & Woodward (2010)
48 Doris 238.8 27.6 NEATM Ryan & Woodward (2010)
48 Doris 200.3 8.2 STM Usui et al. (2011)
48 Doris 223.4 12.5 NEATM Masiero et al. (2011)
48 Doris 165.4 125.4 NEATM Nugent et al. (2015)
49 Pales 149.8 11.4 STM Tedesco et al. (2004b)
49 Pales 157.5 14.7 STM Ryan & Woodward (2010)
49 Pales 169.7 27.9 NEATM Ryan & Woodward (2010)
49 Pales 148.0 7.7 STM Usui et al. (2011)
49 Pales 166.2 6.5 NEATM Masiero et al. (2012)
49 Pales 149.3 142.6 NEATM Nugent et al. (2015)
49 Pales 138.8 124.6 NEATM Nugent et al. (2015)
50 Virginia 99.8 15.6 STM Tedesco et al. (2004b)
50 Virginia 99.0 9.1 NEATM Ryan & Woodward (2010)
50 Virginia 84.4 2.5 STM Usui et al. (2011)
50 Virginia 100.0 22.8 NEATM Masiero et al. (2011)
50 Virginia 87.0 2.8 NEATM Masiero et al. (2012)
51 Nemausa 151.0 45.3 STM Morrison & Zellner (2007)
51 Nemausa 147.9 7.2 STM Tedesco et al. (2004b)
51 Nemausa 155.9 11.9 STM Ryan & Woodward (2010)
51 Nemausa 147.2 5.1 STM Usui et al. (2011)
51 Nemausa 142.6 37.5 NEATM Masiero et al. (2011)
51 Nemausa 146.1 248.9 NEATM Masiero et al. (2012)
51 Nemausa 144.0 9.0 ADAM Hanuš et al. (2017b)
54 Alexandra 175.0 52.5 STM Morrison & Zellner (2007)
54 Alexandra 165.8 10.2 STM Tedesco et al. (2004b)
54 Alexandra 147.0 7.0 OCC Dunham et al. (2017)
54 Alexandra 177.4 13.7 STM Ryan & Woodward (2010)
54 Alexandra 177.7 22.7 NEATM Ryan & Woodward (2010)
54 Alexandra 135.0 60.0 LCOCC Ďurech et al. (2011)
54 Alexandra 142.0 27.0 LCOCC Ďurech et al. (2011)
54 Alexandra 144.5 5.4 STM Usui et al. (2011)
54 Alexandra 142.0 44.3 NEATM Masiero et al. (2011)
54 Alexandra 160.1 5.6 NEATM Masiero et al. (2012)
54 Alexandra 128.0 33.0 LCIMG Hanuš et al. (2013b)
54 Alexandra 143.0 15.0 ADAM Hanuš et al. (2017b)
58 Concordia 93.4 9.0 STM Tedesco et al. (2004b)
58 Concordia 93.6 3.2 NEATM Usui et al. (2011)
58 Concordia 94.6 9.3 STM Ryan & Woodward (2010)
58 Concordia 102.7 23.3 NEATM Ryan & Woodward (2010)
58 Concordia 92.3 4.6 NEATM Masiero et al. (2011)
58 Concordia 106.5 2.2 NEATM Masiero et al. (2012)
58 Concordia 88.4 72.8 NEATM Nugent et al. (2015)
58 Concordia 95.8 3.9 OCC Dunham et al. (2017)
58 Concordia 96.0 2.5 OCC Dunham et al. (2017)
62 Erato 95.4 6.0 STM Tedesco et al. (2004b)
62 Erato 78.6 2.7 NEATM Usui et al. (2011)
62 Erato 80.7 6.3 STM Ryan & Woodward (2010)
62 Erato 105.6 16.1 NEATM Ryan & Woodward (2010)
62 Erato 106.9 2.0 NEATM Masiero et al. (2012)
62 Erato 82.3 71.1 NEATM Nugent et al. (2015)
62 Erato 59.4 77.1 NEATM Nugent et al. (2015)
70 Panopaea 151.0 45.3 STM Morrison & Zellner (2007)
70 Panopaea 122.2 6.9 STM Tedesco et al. (2004b)
70 Panopaea 105.2 8.4 STM Ryan & Woodward (2010)
70 Panopaea 130.9 19.6 NEATM Ryan & Woodward (2010)
70 Panopaea 131.2 4.5 OCC Dunham et al. (2017)
70 Panopaea 141.4 5.7 STM Usui et al. (2011)
70 Panopaea 139.0 11.5 NEATM Masiero et al. (2011)
70 Panopaea 162.6 3.8 NEATM Masiero et al. (2012)
70 Panopaea 115.3 127.5 NEATM Nugent et al. (2015)
78 Diana 120.6 8.1 STM Tedesco et al. (2004b)
78 Diana 131.2 10.5 OCC Dunham et al. (2017)
78 Diana 116.0 14.5 STM Ryan & Woodward (2010)
78 Diana 130.8 22.0 NEATM Ryan & Woodward (2010)
78 Diana 126.5 5.0 STM Usui et al. (2011)
78 Diana 179.3 146.2 NEATM Masiero et al. (2012)
78 Diana 160.1 137.1 NEATM Nugent et al. (2015)
84 Klio 87.0 26.1 STM Morrison & Zellner (2007)
84 Klio 79.2 4.8 STM Tedesco et al. (2004b)
84 Klio 68.1 6.5 STM Ryan & Woodward (2010)
84 Klio 81.1 10.3 NEATM Ryan & Woodward (2010)
84 Klio 78.3 2.9 STM Usui et al. (2011)
84 Klio 79.0 14.6 NEATM Masiero et al. (2011)
91 Aegina 104.0 31.2 STM Morrison & Zellner (2007)
91 Aegina 109.8 9.9 STM Tedesco et al. (2004b)
91 Aegina 111.6 6.3 OCC Dunham et al. (2017)
91 Aegina 100.2 3.7 NEATM Usui et al. (2011)
91 Aegina 123.1 38.7 NEATM Ryan & Woodward (2010)
91 Aegina 104.7 9.3 NEATM Masiero et al. (2011)
91 Aegina 102.7 5.7 NEATM Masiero et al. (2011)
91 Aegina 98.4 111.5 NEATM Nugent et al. (2015)
95 Arethusa 229.0 68.7 STM Morrison & Zellner (2007)
95 Arethusa 136.0 30.3 STM Tedesco et al. (2004b)
95 Arethusa 131.1 8.7 OCC Dunham et al. (2017)
95 Arethusa 157.9 10.2 OCC Dunham et al. (2017)
95 Arethusa 135.1 4.8 OCC Dunham et al. (2017)
95 Arethusa 118.3 14.1 STM Ryan & Woodward (2010)
95 Arethusa 139.5 21.3 NEATM Ryan & Woodward (2010)
95 Arethusa 143.8 14.7 STM Usui et al. (2011)
95 Arethusa 152.4 15.3 STM Masiero et al. (2011)
95 Arethusa 147.9 14.7 STM Masiero et al. (2011)
95 Arethusa 133.4 118.4 NEATM Nugent et al. (2015)
98 Ianthe 104.4 5.4 STM Tedesco et al. (2004b)
98 Ianthe 102.0 11.0 STM Ryan & Woodward (2010)
98 Ianthe 114.3 15.7 NEATM Ryan & Woodward (2010)
98 Ianthe 104.2 3.9 STM Usui et al. (2011)
98 Ianthe 110.9 7.0 NEATM Masiero et al. (2011)
98 Ianthe 132.8 3.4 NEATM Masiero et al. (2012)
104 Klymene 123.7 9.3 STM Tedesco et al. (2004b)
104 Klymene 109.9 11.5 STM Ryan & Woodward (2010)
104 Klymene 131.2 19.9 NEATM Ryan & Woodward (2010)
104 Klymene 126.5 5.6 STM Usui et al. (2011)
104 Klymene 125.8 7.9 STM Masiero et al. (2011)
104 Klymene 136.6 4.6 STM Masiero et al. (2012)
104 Klymene 124.6 110.9 NEATM Nugent et al. (2015)
105 Artemis 126.0 37.8 STM Morrison & Zellner (2007)
105 Artemis 103.7 15.8 STM Tedesco et al. (2004b)
105 Artemis 119.1 8.4 STM Ryan & Woodward (2010)
105 Artemis 101.1 8.4 NEATM Ryan & Woodward (2010)
105 Artemis 123.5 4.5 STM Usui et al. (2011)
105 Artemis 119.0 52.0 NEATM Masiero et al. (2011)
105 Artemis 112.8 102.1 NEATM Masiero et al. (2012)
105 Artemis 112.8 105.7 NEATM Nugent et al. (2015)
105 Artemis 94.9 69.7 NEATM Nugent et al. (2015)
106 Dione 140.0 42.0 STM Morrison & Zellner (2007)
106 Dione 145.6 2.5 OCC Dunham et al. (2017)
106 Dione 146.6 8.4 STM Tedesco et al. (2004b)
106 Dione 127.3 10.1 STM Ryan & Woodward (2010)
106 Dione 162.9 23.6 NEATM Ryan & Woodward (2010)
106 Dione 153.4 7.1 STM Usui et al. (2011)
106 Dione 207.9 6.5 NEATM Masiero et al. (2012)
106 Dione 83.4 2.5 NEATM Grav et al. (2012)
106 Dione 89.2 101.9 NEATM Nugent et al. (2015)
106 Dione 138.8 137.5 NEATM Nugent et al. (2015)
106 Dione 151.7 77.7 NEATM Ryan et al. (2015)
106 Dione 168.9 86.4 NEATM Ryan et al. (2015)
106 Dione 182.9 93.5 NEATM Ryan et al. (2015)
109 Felicitas 75.0 22.5 STM Morrison & Zellner (2007)
109 Felicitas 89.4 7.5 STM Tedesco et al. (2004b)
109 Felicitas 88.2 2.4 OCC Dunham et al. (2017)
109 Felicitas 79.5 7.3 STM Ryan & Woodward (2010)
109 Felicitas 111.4 27.4 NEATM Ryan & Woodward (2010)
109 Felicitas 80.8 3.7 STM Usui et al. (2011)
109 Felicitas 89.0 18.5 STM Masiero et al. (2011)
109 Felicitas 99.9 3.0 STM Masiero et al. (2012)
109 Felicitas 67.5 2.0 NEATM Grav et al. (2012)
109 Felicitas 92.4 94.6 NEATM Nugent et al. (2015)
109 Felicitas 64.7 71.5 NEATM Nugent et al. (2015)
109 Felicitas 94.6 85.2 NEATM Nugent et al. (2015)
111 Ate 134.6 13.8 STM Tedesco et al. (2004b)
111 Ate 119.0 19.2 OCC Dunham et al. (2017)
111 Ate 130.4 2.7 OCC Dunham et al. (2017)
111 Ate 134.9 1.2 OCC Dunham et al. (2017)
111 Ate 140.2 7.2 STM Ryan & Woodward (2010)
111 Ate 153.2 17.4 NEATM Ryan & Woodward (2010)
111 Ate 146.6 7.0 STM Usui et al. (2011)
111 Ate 135.0 55.7 NEATM Masiero et al. (2011)
112 Iphigenia 72.2 13.2 STM Tedesco et al. (2004b)
112 Iphigenia 59.8 6.2 STM Ryan & Woodward (2010)
112 Iphigenia 80.6 12.7 NEATM Ryan & Woodward (2010)
112 Iphigenia 71.1 2.8 STM Usui et al. (2011)
112 Iphigenia 70.4 8.7 NEATM Masiero et al. (2011)
112 Iphigenia 84.9 68.6 NEATM Masiero et al. (2012)
112 Iphigenia 69.6 64.6 NEATM Nugent et al. (2015)
112 Iphigenia 70.3 52.9 NEATM Nugent et al. (2015)
121 Hermione 209.0 14.1 STM Tedesco et al. (2004b)
121 Hermione 178.9 21.6 IM Marchis et al. (2005)
121 Hermione 138.8 35.7 IM Marchis et al. (2005)
121 Hermione 189.0 21.0 IM Marchis et al. (2006)
121 Hermione 187.0 18.0 KOALA Descamps et al. (2009)
121 Hermione 221.6 17.9 STM Ryan & Woodward (2010)
121 Hermione 212.0 23.1 NEATM Ryan & Woodward (2010)
121 Hermione 194.1 8.1 STM Usui et al. (2011)
121 Hermione 165.0 13.5 NEATM Masiero et al. (2011)
121 Hermione 192.4 22.1 NEATM Marchis et al. (2012)
121 Hermione 220.0 66.0 TPM Marchis et al. (2012)
121 Hermione 201.1 190.3 NEATM Nugent et al. (2015)
121 Hermione 155.3 158.8 NEATM Nugent et al. (2015)
127 Johanna 123.3 13.1 STM Tedesco et al. (2004a)
127 Johanna 113.0 26.4 OCC Dunham et al. (2017)
127 Johanna 109.6 0.0 STM Ryan & Woodward (2010)
127 Johanna 120.0 0.0 NEATM Ryan & Woodward (2010)
127 Johanna 114.2 4.6 TPM Usui et al. (2011)
127 Johanna 129.1 3.0 NEATM Masiero et al. (2012)
127 Johanna 108.0 30.0 LCOCC Marciniak et al. (2012)
127 Johanna 116.0 30.0 LCOCC Marciniak et al. (2012)
127 Johanna 106.4 127.9 NEATM Nugent et al. (2015)
130 Elektra 174.0 52.2 STM Morrison & Zellner (2007)
130 Elektra 182.2 35.4 STM Tedesco et al. (2004b)
130 Elektra 191.0 6.0 IM Marchis et al. (2006)
130 Elektra 196.0 33.0 NEATM Marchis et al. (2008b)
130 Elektra 215.0 45.0 IM Marchis et al. (2008b)
130 Elektra 158.8 18.3 STM Ryan & Woodward (2010)
130 Elektra 200.5 40.0 NEATM Ryan & Woodward (2010)
130 Elektra 191.0 42.0 LCOCC Ďurech et al. (2011)
130 Elektra 183.0 6.8 STM Usui et al. (2011)
130 Elektra 198.9 12.3 NEATM Masiero et al. (2011)
130 Elektra 161.9 11.5 NEATM Masiero et al. (2012)
130 Elektra 201.2 25.5 NEATM Marchis et al. (2012)
130 Elektra 197.0 60.0 TPM Marchis et al. (2012)
130 Elektra 185.0 60.0 LCIMG Hanuš et al. (2013b)
130 Elektra 158.9 138.0 NEATM Nugent et al. (2015)
130 Elektra 199.0 21.0 ADAM Hanuš et al. (2017a)
134 Sophrosyne 123.3 6.0 STM Tedesco et al. (2004b)
134 Sophrosyne 186.1 57.0 OCC Dunham et al. (2017)
134 Sophrosyne 122.9 14.7 STM Ryan & Woodward (2010)
134 Sophrosyne 127.2 18.7 NEATM Ryan & Woodward (2010)
134 Sophrosyne 100.4 4.0 STM Usui et al. (2011)
134 Sophrosyne 112.2 32.4 STM Masiero et al. (2011)
134 Sophrosyne 104.5 3.8 STM Masiero et al. (2012)
141 Lumen 120.4 13.7 STM Tedesco et al. (2004a)
141 Lumen 131.0 8.7 STM Tedesco et al. (2004b)
141 Lumen 137.4 36.2 OCC Dunham et al. (2017)
141 Lumen 110.9 9.8 STM Ryan & Woodward (2010)
141 Lumen 139.8 23.7 NEATM Ryan & Woodward (2010)
141 Lumen 132.2 4.5 STM Usui et al. (2011)
141 Lumen 137.1 43.7 NEATM Masiero et al. (2011)
144 Vibilia 131.0 39.3 STM Morrison & Zellner (2007)
144 Vibilia 142.4 7.8 STM Tedesco et al. (2004b)
144 Vibilia 142.5 15.0 OCC Dunham et al. (2017)
144 Vibilia 138.4 27.4 STM Ryan & Woodward (2010)
144 Vibilia 161.2 27.1 NEATM Ryan & Woodward (2010)
144 Vibilia 142.2 5.3 STM Usui et al. (2011)
144 Vibilia 141.0 9.0 ADAM Hanuš et al. (2017b)
144 Vibilia 131.4 99.9 NEATM Nugent et al. (2015)
145 Adeona 151.1 9.6 STM Tedesco et al. (2004b)
145 Adeona 141.0 71.2 OCC Dunham et al. (2017)
145 Adeona 126.0 10.8 STM Ryan & Woodward (2010)
145 Adeona 157.9 22.7 NEATM Ryan & Woodward (2010)
145 Adeona 141.4 15.5 STM Usui et al. (2011)
145 Adeona 151.0 33.8 NEATM Masiero et al. (2011)
145 Adeona 151.0 25.7 NEATM Masiero et al. (2011)
145 Adeona 115.5 112.9 NEATM Nugent et al. (2015)
146 Lucina 132.2 7.2 STM Tedesco et al. (2004b)
146 Lucina 141.0 42.3 STM Morrison & Zellner (2007)
146 Lucina 107.5 5.0 OCC Dunham et al. (2017)
146 Lucina 134.0 48.0 OCC Dunham et al. (2017)
146 Lucina 126.9 4.9 NEATM Usui et al. (2011)
146 Lucina 128.0 14.0 STM Ryan & Woodward (2010)
146 Lucina 144.7 24.8 NEATM Ryan & Woodward (2010)
146 Lucina 131.8 14.4 NEATM Masiero et al. (2011)
146 Lucina 160.3 3.6 NEATM Masiero et al. (2012)
146 Lucina 113.1 88.9 NEATM Nugent et al. (2015)
146 Lucina 119.0 33.0 LCIMG Hanuš et al. (2013b)
156 Xanthippe 121.0 7.5 STM Tedesco et al. (2004b)
156 Xanthippe 122.0 10.5 STM Ryan & Woodward (2010)
156 Xanthippe 114.6 12.7 NEATM Ryan & Woodward (2010)
156 Xanthippe 115.5 5.2 STM Usui et al. (2011)
156 Xanthippe 110.7 6.6 NEATM Masiero et al. (2011)
156 Xanthippe 143.4 2.7 NEATM Masiero et al. (2012)
156 Xanthippe 122.0 95.0 NEATM Nugent et al. (2015)
156 Xanthippe 112.4 116.6 NEATM Nugent et al. (2015)
159 Aemilia 140.0 42.0 STM Morrison & Zellner (2007)
159 Aemilia 125.0 7.2 STM Tedesco et al. (2004b)
159 Aemilia 141.7 4.5 OCC Dunham et al. (2017)
159 Aemilia 123.3 15.3 STM Ryan & Woodward (2010)
159 Aemilia 132.6 24.8 NEATM Ryan & Woodward (2010)
159 Aemilia 130.0 6.9 STM Usui et al. (2011)
159 Aemilia 127.4 8.1 STM Masiero et al. (2011)
159 Aemilia 130.0 21.0 LCOCC Marciniak et al. (2018)
159 Aemilia 138.0 21.0 LCOCC Marciniak et al. (2018)
159 Aemilia 137.0 24.0 LCTPM Marciniak et al. (2018)
162 Laurentia 99.1 7.8 STM Tedesco et al. (2004b)
162 Laurentia 85.3 8.6 NEATM Usui et al. (2011)
162 Laurentia 102.4 12.2 STM Ryan & Woodward (2010)
162 Laurentia 106.4 18.0 NEATM Ryan & Woodward (2010)
162 Laurentia 104.0 9.8 NEATM Masiero et al. (2011)
162 Laurentia 101.3 3.2 NEATM Masiero et al. (2012)
162 Laurentia 97.7 1.7 NEATM Masiero et al. (2012)
162 Laurentia 97.2 11.1 OCC Dunham et al. (2017)
163 Erigone 72.6 17.1 STM Tedesco et al. (2004b)
163 Erigone 70.7 13.6 STM Ryan & Woodward (2010)
163 Erigone 77.6 14.0 NEATM Ryan & Woodward (2010)
163 Erigone 72.1 2.8 STM Usui et al. (2011)
163 Erigone 81.6 9.2 NEATM Masiero et al. (2011)
163 Erigone 69.7 59.8 NEATM Nugent et al. (2015)
168 Sibylla 148.4 12.0 STM Tedesco et al. (2004b)
168 Sibylla 154.6 6.0 STM Ryan & Woodward (2010)
168 Sibylla 155.8 31.8 NEATM Ryan & Woodward (2010)
168 Sibylla 146.5 5.2 STM Usui et al. (2011)
168 Sibylla 144.0 8.6 NEATM Masiero et al. (2011)
168 Sibylla 145.1 154.1 NEATM Nugent et al. (2015)
168 Sibylla 141.8 92.5 NEATM Nugent et al. (2015)
176 Iduna 121.0 6.6 STM Tedesco et al. (2004b)
176 Iduna 119.5 3.9 NEATM Usui et al. (2011)
176 Iduna 112.6 13.2 STM Ryan & Woodward (2010)
176 Iduna 131.1 18.4 NEATM Ryan & Woodward (2010)
176 Iduna 122.2 8.1 NEATM Masiero et al. (2011)
176 Iduna 115.1 127.8 NEATM Nugent et al. (2015)
176 Iduna 115.6 5.5 OCC Dunham et al. (2017)
176 Iduna 126.9 12.6 OCC Dunham et al. (2017)
187 Lamberta 130.4 8.1 STM Tedesco et al. (2004b)
187 Lamberta 131.4 14.0 STM Ryan & Woodward (2010)
187 Lamberta 132.1 23.2 NEATM Ryan & Woodward (2010)
187 Lamberta 130.4 5.7 STM Usui et al. (2011)
187 Lamberta 133.0 7.5 NEATM Masiero et al. (2011)
187 Lamberta 147.3 4.2 NEATM Masiero et al. (2012)
187 Lamberta 132.1 123.0 NEATM Nugent et al. (2015)
187 Lamberta 125.2 137.1 NEATM Nugent et al. (2015)
195 Eurykleia 85.7 5.1 STM Tedesco et al. (2004b)
195 Eurykleia 89.4 3.3 NEATM Usui et al. (2011)
195 Eurykleia 82.9 10.0 STM Ryan & Woodward (2010)
195 Eurykleia 88.3 12.2 NEATM Ryan & Woodward (2010)
195 Eurykleia 80.3 6.0 NEATM Masiero et al. (2011)
195 Eurykleia 93.1 2.2 NEATM Masiero et al. (2012)
195 Eurykleia 75.0 56.8 NEATM Nugent et al. (2015)
195 Eurykleia 80.0 78.4 NEATM Nugent et al. (2015)
200 Dynamene 128.4 6.3 STM Tedesco et al. (2004b)
200 Dynamene 125.1 17.7 STM Ryan & Woodward (2010)
200 Dynamene 135.9 20.7 NEATM Ryan & Woodward (2010)
200 Dynamene 129.2 10.9 OCC Dunham et al. (2017)
200 Dynamene 133.8 5.2 STM Usui et al. (2011)
200 Dynamene 130.5 8.6 NEATM Masiero et al. (2011)
200 Dynamene 121.5 111.6 NEATM Nugent et al. (2015)
200 Dynamene 120.1 123.3 NEATM Nugent et al. (2015)
205 Martha 80.6 4.2 STM Tedesco et al. (2004b)
205 Martha 78.0 15.0 STM Tedesco et al. (2004a)
205 Martha 82.2 3.2 NEATM Usui et al. (2011)
205 Martha 68.5 5.6 STM Ryan & Woodward (2010)
205 Martha 79.8 10.8 NEATM Ryan & Woodward (2010)
205 Martha 65.5 1.6 STM Ryan & Woodward (2010)
205 Martha 96.3 26.1 NEATM Ryan & Woodward (2010)
205 Martha 81.5 2.3 NEATM Masiero et al. (2011)
205 Martha 93.2 2.2 NEATM Masiero et al. (2012)
205 Martha 71.4 59.3 NEATM Nugent et al. (2015)
205 Martha 64.4 11.7 OCC Dunham et al. (2017)
205 Martha 65.7 1.2 OCC Dunham et al. (2017)
211 Isolda 166.0 49.8 STM Morrison & Zellner (2007)
211 Isolda 143.2 15.3 STM Tedesco et al. (2004b)
211 Isolda 142.6 13.1 STM Ryan & Woodward (2010)
211 Isolda 150.9 22.5 NEATM Ryan & Woodward (2010)
211 Isolda 153.5 5.1 STM Usui et al. (2011)
211 Isolda 143.0 64.9 NEATM Masiero et al. (2011)
211 Isolda 154.2 51.3 NEATM Masiero et al. (2012)
211 Isolda 142.5 144.2 NEATM Nugent et al. (2015)
238 Hypatia 154.0 46.2 STM Morrison & Zellner (2007)
238 Hypatia 145.9 23.0 OCC Dunham et al. (2017)
238 Hypatia 148.5 10.8 STM Tedesco et al. (2004b)
238 Hypatia 149.2 42.5 STM Ryan & Woodward (2010)
238 Hypatia 163.6 21.5 NEATM Ryan & Woodward (2010)
238 Hypatia 144.0 4.6 STM Usui et al. (2011)
238 Hypatia 146.5 26.0 NEATM Masiero et al. (2011)
238 Hypatia 135.6 4.5 NEATM Masiero et al. (2012)
238 Hypatia 176.7 154.5 NEATM Nugent et al. (2015)
266 Aline 125.8 19.5 STM Tedesco et al. (2004a)
266 Aline 109.1 8.7 STM Tedesco et al. (2004b)
266 Aline 112.9 8.3 STM Ryan & Woodward (2010)
266 Aline 125.2 25.2 NEATM Ryan & Woodward (2010)
266 Aline 102.0 4.2 STM Usui et al. (2011)
266 Aline 109.0 55.0 NEATM Masiero et al. (2011)
266 Aline 152.5 190.2 NEATM Masiero et al. (2012)
266 Aline 89.4 79.0 NEATM Nugent et al. (2015)
303 Josephina 99.3 5.7 STM Tedesco et al. (2004b)
303 Josephina 98.7 5.2 NEATM Usui et al. (2011)
303 Josephina 105.4 1.6 NEATM Hasegawa et al. (2013)
303 Josephina 100.5 8.9 STM Ryan & Woodward (2010)
303 Josephina 105.6 20.3 NEATM Ryan & Woodward (2010)
303 Josephina 105.9 9.3 NEATM Masiero et al. (2011)
303 Josephina 124.9 2.8 NEATM Masiero et al. (2012)
303 Josephina 97.6 0.8 OCC Dunham et al. (2017)
345 Tercidina 94.1 14.7 STM Tedesco et al. (2004b)
345 Tercidina 99.3 4.2 OCC Dunham et al. (2017)
345 Tercidina 93.8 17.7 STM Ryan & Woodward (2010)
345 Tercidina 106.2 23.4 NEATM Ryan & Woodward (2010)
345 Tercidina 99.2 3.0 STM Usui et al. (2011)
345 Tercidina 99.0 34.4 NEATM Masiero et al. (2011)
345 Tercidina 101.8 79.3 NEATM Masiero et al. (2012)
345 Tercidina 96.0 30.0 LCOCC Hanuš et al. (2013a)
350 Ornamenta 118.3 13.5 STM Tedesco et al. (2004b)
350 Ornamenta 117.2 4.5 NEATM Usui et al. (2011)
350 Ornamenta 109.8 12.3 STM Ryan & Woodward (2010)
350 Ornamenta 126.3 18.4 NEATM Ryan & Woodward (2010)
350 Ornamenta 99.5 19.1 NEATM Masiero et al. (2011)
350 Ornamenta 99.5 32.0 NEATM Masiero et al. (2011)
350 Ornamenta 101.6 108.0 NEATM Nugent et al. (2015)
350 Ornamenta 99.4 7.3 OCC Dunham et al. (2017)
356 Liguria 155.0 46.5 STM Morrison & Zellner (2007)
356 Liguria 126.6 31.8 OCC Dunham et al. (2017)
356 Liguria 131.3 7.8 STM Tedesco et al. (2004b)
356 Liguria 135.7 15.2 STM Ryan & Woodward (2010)
356 Liguria 135.1 21.2 NEATM Ryan & Woodward (2010)
356 Liguria 136.6 5.6 STM Usui et al. (2011)
356 Liguria 131.0 29.1 NEATM Masiero et al. (2011)
356 Liguria 145.5 4.3 NEATM Masiero et al. (2012)
358 Apollonia 89.4 8.1 STM Tedesco et al. (2004b)
358 Apollonia 89.4 3.7 NEATM Usui et al. (2011)
358 Apollonia 83.7 10.1 STM Ryan & Woodward (2010)
358 Apollonia 88.1 12.0 NEATM Ryan & Woodward (2010)
358 Apollonia 90.5 6.4 NEATM Masiero et al. (2011)
358 Apollonia 93.4 77.8 NEATM Nugent et al. (2015)
358 Apollonia 87.8 81.8 NEATM Nugent et al. (2015)
362 Havnia 85.1 3.1 NEATM Usui et al. (2011)
362 Havnia 89.2 6.4 NEATM Masiero et al. (2011)
362 Havnia 92.0 2.6 NEATM Masiero et al. (2012)
366 Vincentina 93.8 9.6 STM Tedesco et al. (2004b)
366 Vincentina 86.2 2.2 NEATM Usui et al. (2011)
366 Vincentina 93.6 15.2 STM Ryan & Woodward (2010)
366 Vincentina 98.2 13.9 NEATM Ryan & Woodward (2010)
366 Vincentina 94.4 6.2 NEATM Masiero et al. (2011)
366 Vincentina 89.5 88.4 NEATM Nugent et al. (2015)
366 Vincentina 85.0 39.6 OCC Dunham et al. (2017)
366 Vincentina 82.0 89.7 OCC Dunham et al. (2017)
373 Melusina 95.8 11.1 STM Tedesco et al. (2004b)
373 Melusina 96.7 3.7 NEATM Usui et al. (2011)
373 Melusina 84.9 9.4 STM Ryan & Woodward (2010)
373 Melusina 107.7 17.4 NEATM Ryan & Woodward (2010)
373 Melusina 91.6 4.8 NEATM Masiero et al. (2011)
373 Melusina 98.7 2.8 NEATM Masiero et al. (2012)
373 Melusina 90.4 88.8 NEATM Nugent et al. (2015)
377 Campania 91.1 6.0 STM Tedesco et al. (2004b)
377 Campania 92.6 3.3 NEATM Usui et al. (2011)
377 Campania 75.3 7.0 STM Ryan & Woodward (2010)
377 Campania 96.4 16.9 NEATM Ryan & Woodward (2010)
377 Campania 94.0 20.1 NEATM Masiero et al. (2011)
377 Campania 91.0 224.7 OCC Dunham et al. (2017)
404 Arsinoe 101.0 30.3 STM Morrison & Zellner (2007)
404 Arsinoe 97.7 4.5 STM Tedesco et al. (2004b)
404 Arsinoe 98.8 9.6 OCC Dunham et al. (2017)
404 Arsinoe 98.4 12.5 STM Ryan & Woodward (2010)
404 Arsinoe 102.3 13.6 NEATM Ryan & Woodward (2010)
404 Arsinoe 93.0 3.4 STM Usui et al. (2011)
404 Arsinoe 98.7 10.4 NEATM Masiero et al. (2011)
404 Arsinoe 108.6 3.3 NEATM Masiero et al. (2012)
404 Arsinoe 101.0 15.0 LCOCC Hanuš et al. (2013a)
404 Arsinoe 85.1 84.8 NEATM Nugent et al. (2015)
405 Thia 124.9 6.9 STM Tedesco et al. (2004b)
405 Thia 129.6 11.9 STM Ryan & Woodward (2010)
405 Thia 134.9 20.2 NEATM Ryan & Woodward (2010)
405 Thia 113.3 5.2 STM Usui et al. (2011)
405 Thia 125.0 52.3 NEATM Masiero et al. (2011)
405 Thia 101.5 100.6 NEATM Nugent et al. (2015)
407 Arachne 95.1 16.2 STM Tedesco et al. (2004b)
407 Arachne 97.5 4.8 NEATM Usui et al. (2011)
407 Arachne 82.2 8.9 STM Ryan & Woodward (2010)
407 Arachne 97.8 14.8 NEATM Ryan & Woodward (2010)
407 Arachne 86.3 62.7 NEATM Nugent et al. (2015)
410 Chloris 135.0 40.5 STM Morrison & Zellner (2007)
410 Chloris 123.6 16.2 STM Tedesco et al. (2004b)
410 Chloris 118.0 15.7 STM Ryan & Woodward (2010)
410 Chloris 124.2 16.5 NEATM Ryan & Woodward (2010)
410 Chloris 106.7 4.3 STM Usui et al. (2011)
410 Chloris 118.9 8.6 NEATM Masiero et al. (2011)
410 Chloris 96.8 87.5 NEATM Nugent et al. (2015)
442 Eichsfeldia 66.7 4.2 STM Tedesco et al. (2004b)
442 Eichsfeldia 68.7 5.9 STM Ryan & Woodward (2010)
442 Eichsfeldia 65.9 7.7 NEATM Ryan & Woodward (2010)
442 Eichsfeldia 65.1 2.5 STM Usui et al. (2011)
442 Eichsfeldia 63.2 3.7 NEATM Masiero et al. (2011)
442 Eichsfeldia 61.6 60.5 NEATM Nugent et al. (2015)
445 Edna 89.3 13.6 STM Tedesco et al. (2004a)
445 Edna 87.2 6.3 STM Tedesco et al. (2004b)
445 Edna 81.4 13.0 STM Ryan & Woodward (2010)
445 Edna 98.2 15.9 NEATM Ryan & Woodward (2010)
445 Edna 89.2 4.3 STM Usui et al. (2011)
445 Edna 105.5 4.5 NEATM Masiero et al. (2011)
445 Edna 90.2 92.6 NEATM Nugent et al. (2015)
445 Edna 82.5 79.1 NEATM Nugent et al. (2015)
481 Emita 113.2 9.2 STM Tedesco et al. (2004b)
481 Emita 113.2 9.2 STM Tedesco et al. (2004a)
481 Emita 102.0 0.0 STM Ryan & Woodward (2010)
481 Emita 108.4 0.0 NEATM Ryan & Woodward (2010)
481 Emita 103.5 5.7 STM Usui et al. (2011)
481 Emita 121.6 117.9 NEATM Masiero et al. (2012)
481 Emita 104.1 119.1 NEATM Nugent et al. (2015)
488 Kreusa 150.1 19.2 STM Tedesco et al. (2004b)
488 Kreusa 156.0 20.8 STM Ryan & Woodward (2010)
488 Kreusa 161.6 22.2 NEATM Ryan & Woodward (2010)
488 Kreusa 172.6 7.6 STM Usui et al. (2011)
488 Kreusa 150.0 34.0 NEATM Masiero et al. (2011)
488 Kreusa 168.1 6.2 NEATM Masiero et al. (2012)
488 Kreusa 143.9 156.2 NEATM Nugent et al. (2015)
488 Kreusa 161.5 145.5 NEATM Nugent et al. (2015)
490 Veritas 108.1 13.8 OCC Dunham et al. (2017)
490 Veritas 115.6 16.5 STM Tedesco et al. (2004b)
490 Veritas 131.5 12.0 IM Marchis et al. (2006)
490 Veritas 102.9 15.8 STM Ryan & Woodward (2010)
490 Veritas 112.0 15.2 NEATM Ryan & Woodward (2010)
490 Veritas 112.8 5.0 STM Usui et al. (2011)
490 Veritas 118.8 5.5 NEATM Masiero et al. (2012)
490 Veritas 100.8 88.9 NEATM Nugent et al. (2015)
490 Veritas 108.4 108.0 NEATM Nugent et al. (2015)
503 Evelyn 81.7 14.7 STM Tedesco et al. (2004b)
503 Evelyn 83.4 14.7 STM Ryan & Woodward (2010)
503 Evelyn 83.6 29.7 NEATM Ryan & Woodward (2010)
503 Evelyn 90.2 3.1 STM Usui et al. (2011)
503 Evelyn 99.2 102.8 NEATM Masiero et al. (2012)
521 Brixia 115.7 6.0 STM Tedesco et al. (2004b)
521 Brixia 109.3 15.6 OCC Dunham et al. (2017)
521 Brixia 125.4 4.9 NEATM Usui et al. (2011)
521 Brixia 108.2 12.6 STM Ryan & Woodward (2010)
521 Brixia 120.0 15.9 NEATM Ryan & Woodward (2010)
521 Brixia 111.9 12.2 NEATM Masiero et al. (2011)
521 Brixia 110.6 8.9 NEATM Masiero et al. (2011)
521 Brixia 104.6 91.8 NEATM Nugent et al. (2015)
521 Brixia 104.0 110.9 NEATM Nugent et al. (2015)
554 Peraga 101.0 30.3 STM Morrison & Zellner (2007)
554 Peraga 95.9 12.3 STM Tedesco et al. (2004b)
554 Peraga 93.9 10.2 STM Ryan & Woodward (2010)
554 Peraga 109.1 17.0 NEATM Ryan & Woodward (2010)
554 Peraga 97.0 3.5 STM Usui et al. (2011)
554 Peraga 102.8 81.8 NEATM Masiero et al. (2012)
554 Peraga 89.4 91.0 NEATM Nugent et al. (2015)
602 Marianna 137.0 41.1 STM Morrison & Zellner (2007)
602 Marianna 124.7 6.6 STM Tedesco et al. (2004b)
602 Marianna 111.1 10.5 STM Ryan & Woodward (2010)
602 Marianna 130.1 16.6 NEATM Ryan & Woodward (2010)
602 Marianna 129.9 5.8 STM Usui et al. (2011)
602 Marianna 126.8 6.2 NEATM Masiero et al. (2011)
654 Zelinda 127.4 11.7 STM Tedesco et al. (2004b)
654 Zelinda 129.1 11.4 STM Tedesco et al. (2004a)
654 Zelinda 119.3 52.6 OCC Dunham et al. (2017)
654 Zelinda 112.5 12.0 IM Marchis et al. (2006)
654 Zelinda 138.0 13.9 STM Ryan & Woodward (2010)
654 Zelinda 134.3 18.8 NEATM Ryan & Woodward (2010)
654 Zelinda 123.6 4.4 STM Usui et al. (2011)
654 Zelinda 127.0 61.4 NEATM Masiero et al. (2011)
654 Zelinda 160.7 4.0 NEATM Masiero et al. (2012)
654 Zelinda 135.9 119.1 NEATM Nugent et al. (2015)
654 Zelinda 134.8 116.8 NEATM Nugent et al. (2015)
694 Ekard 101.0 30.3 STM Morrison & Zellner (2007)
694 Ekard 90.8 12.0 STM Tedesco et al. (2004b)
694 Ekard 99.2 21.8 STM Tedesco et al. (2004a)
694 Ekard 104.8 8.5 OCC Dunham et al. (2017)
694 Ekard 95.9 110.5 OCC Dunham et al. (2017)
694 Ekard 90.5 13.0 STM Ryan & Woodward (2010)
694 Ekard 101.9 51.4 NEATM Ryan & Woodward (2010)
694 Ekard 63.9 10.9 STM Ryan & Woodward (2010)
694 Ekard 92.8 17.0 NEATM Ryan & Woodward (2010)
694 Ekard 92.1 3.8 STM Usui et al. (2011)
694 Ekard 121.9 2.2 STM Masiero et al. (2012)
694 Ekard 98.9 76.2 NEATM Nugent et al. (2015)
735 Marghanna 74.3 4.8 STM Tedesco et al. (2004b)
735 Marghanna 65.1 5.9 STM Ryan & Woodward (2010)
735 Marghanna 76.9 11.2 NEATM Ryan & Woodward (2010)
735 Marghanna 78.7 4.9 STM Usui et al. (2011)
735 Marghanna 70.6 3.7 NEATM Masiero et al. (2011)
735 Marghanna 70.8 3.8 NEATM Masiero et al. (2011)
735 Marghanna 57.2 78.2 NEATM Nugent et al. (2015)
751 Faina 110.5 12.9 STM Tedesco et al. (2004b)
751 Faina 109.6 23.7 STM Ryan & Woodward (2010)
751 Faina 122.5 18.7 NEATM Ryan & Woodward (2010)
751 Faina 106.8 3.8 STM Usui et al. (2011)
751 Faina 106.3 4.9 NEATM Masiero et al. (2011)
751 Faina 123.7 130.4 NEATM Nugent et al. (2015)
776 Berbericia 151.2 12.0 STM Tedesco et al. (2004b)
776 Berbericia 172.4 80.4 OCC Dunham et al. (2017)
776 Berbericia 155.8 15.4 STM Ryan & Woodward (2010)
776 Berbericia 165.9 31.1 NEATM Ryan & Woodward (2010)
776 Berbericia 149.8 5.3 STM Usui et al. (2011)
776 Berbericia 151.1 12.3 NEATM Masiero et al. (2011)
776 Berbericia 135.1 102.9 NEATM Nugent et al. (2015)
788 Hohensteina 103.7 10.2 STM Tedesco et al. (2004b)
788 Hohensteina 105.5 13.5 OCC Dunham et al. (2017)
788 Hohensteina 100.6 7.5 OCC Dunham et al. (2017)
788 Hohensteina 118.3 5.0 NEATM Usui et al. (2011)
788 Hohensteina 108.1 11.2 STM Ryan & Woodward (2010)
788 Hohensteina 121.0 23.3 NEATM Ryan & Woodward (2010)
788 Hohensteina 118.3 8.2 NEATM Masiero et al. (2011)
788 Hohensteina 125.8 4.5 NEATM Masiero et al. (2012)
788 Hohensteina 101.2 97.4 NEATM Nugent et al. (2015)
791 Ani 103.5 5.7 STM Tedesco et al. (2004b)
791 Ani 82.5 9.6 OCC Dunham et al. (2017)
791 Ani 85.9 26.9 OCC Dunham et al. (2017)
791 Ani 97.9 3.4 NEATM Usui et al. (2011)
791 Ani 93.4 8.5 STM Ryan & Woodward (2010)
791 Ani 115.0 14.0 NEATM Ryan & Woodward (2010)
791 Ani 82.5 17.9 NEATM Masiero et al. (2011)
791 Ani 116.9 3.1 NEATM Masiero et al. (2012)
791 Ani 83.3 63.9 NEATM Nugent et al. (2015)
914 Palisana 80.5 5.8 STM Tedesco et al. (2004a)
914 Palisana 76.6 5.1 STM Tedesco et al. (2004b)
914 Palisana 91.2 7.8 OCC Dunham et al. (2017)
914 Palisana 76.5 15.0 IM Marchis et al. (2006)
914 Palisana 67.0 6.3 STM Ryan & Woodward (2010)
914 Palisana 83.6 11.3 NEATM Ryan & Woodward (2010)
914 Palisana 97.3 4.5 STM Usui et al. (2011)
914 Palisana 77.0 39.4 NEATM Masiero et al. (2011)
914 Palisana 78.9 61.3 NEATM Nugent et al. (2015)
1467 Mashona 95.1 3.9 NEATM Usui et al. (2011)

Notes. For each, the 3 σ uncertainty, method, and bibliographic reference are reported. The methods are IM-TE: Ellipsoid from Imaging, LCIMG: 3D Model scaled with Imaging, ADAM & KOALA: Multidata 3D Modeling, OCC: Stellar Occultations, STM: Standard Thermal Model, NEATM: Near-Earth Asteroid Thermal Model, and TPM: Thermophysical Model.

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