2019N@e܃[X@11                                    
NOV σN σlbg σOX jAs hR σpbg œ܋ \ IMPROVE
  O O σN O σlbg O σOX O jAs O hR O σpbg O O œ O O \ O IMPROVE O
1 ֍ 45 6.39 75.56 TY 81.03 – 13 9 TY 30.43 685 TY 0.21 170 q -0.21 gc 7.42 6
2 42 TY 6.93 TY 75.87 83.33 TY 12 MV 4 30.63 521 0.21 151 -0.67 6.86 O 4
3 40 J 8.06 t[ 76.44 J 85.19 11 O 3 O 30.68 TY 516 O 0.16 X 150 ֍ -0.98 ֍ 6.71 4
4 40 8.33 J 76.48 – 85.24 11 3 z 30.71 ֍ 397 0.13 gc 145 ÎR -1.13 6.16 3
5 39 FJ 8.47 76.75 85.39 { 10 3 J 30.77 O 390 0.12 ֍ 125 -1.29 3.33 ֍ 3
6 36 – 8.71 N[ 76.82 87.13 9 2 30.80 339 0.11 V 113 X -1.58 Ӗ 3.04 FJ 2
7 ɓ 36 8.75 z 77.00 t[ 87.89 O 8 – 2 31.13 – 322 – 0.11 ɓ 112 V -1.81 3.03 2
8 gc 35 8.80 77.13 88.13 ɓ 7 gc 2 – 31.24 ɓ 301 t[ 0.11 106 X{ 1.83 2.97 Y 2
9 – 34 t[ 9.22 FJ 77.13 N[ 89.45 7 J 2 N[ 31.36 293 FJ 0.10 99 Y 2.35 ēc 2.48 TY 2
10 X 33 O 9.46 77.23 O 89.71 V 6 2 31.67 277 N[ 0.10 91 ēc -2.62 FJ 2.07 V 2
11 V 32 9.50 77.35 FJ 90.33 J 6 ÎR 1 ɓ 31.81 257 0.10 – 84 3.00 Y 1.90 X 2
12 { 32 N[ 9.55 77.78 { 90.84 5 TY 1 ēc 32.00 { 257 ֍ 0.09 Y 84 3.64 1.69 ɓ 2
13 J 31 { 9.69 – 77.79 MV 90.95 X 5 1 Y 32.09 V 223 ɓ 0.09 84 -4.03 1.55 2
14 TY 30 9.81 X{ 77.83 z 92.25 4 { 1 { 32.22 X 209 { 0.09 O 83 Ӗ -4.29 V 1.49 t[ 1
15 ēc 29 z 9.83 { 77.94 ɓ 93.17 4 t[ 1 X 32.24 206 0.09 ēc 81 ɓ -5.83 1.47 1
16 O 28 ɓ 9.92 77.94 Ӗ 94.71 N[ 4 N[ 1 MV 32.27 ēc 205 z 0.09 80 z -6.75 1.37 1
17 z 24 10.00 78.00 94.97 4 FJ 1 q 32.50 z 195 0.09 { 78 7.58 1.04 MV 1
18 24 ֍ 10.27 O 78.14 ēc 96.38 3 ɓ 1 Ӗ 32.57 181 0.08 77 8.00 N[ 0.63 1
19 Y 23 10.65 ֍ 78.18 V 97.19 FJ 3 ֍ 1 V 32.81 J 168 MV 0.08 MV 71 MV -8.05 z 0.46 z 1
20 22 10.73 ēc 78.34 X 97.42 gc 3 X{ 0 ÎR 32.87 gc 168 ēc 0.07 z 62 { -8.16 ɓ 0.44 J 1
21 MV 22 ēc 10.93 ɓ 78.53 97.71 t[ 3 T 0 32.88 Y 162 V 0.07 ÎR 61 8.41 TY 0.37 { 1
22 21 Y 11.13 Ӗ 78.71 ÎR 97.87 3 0 t[ 32.89 MV 157 Y 0.07 58 FJ -8.67 0.35 – 1
23 21 11.50 MV 78.95 ֍ 98.02 ֍ 3 0 ֍ 32.93 FJ 140 X 0.07 55 9.26 0.24 gc 1
24 19 MV 11.59 Y 78.96 98.33 q 3 V 0 33.00 100 0.06 47 O -9.29 { 0.19 1
25 18 11.73 78.98 q 98.79 MV 3 0 33.53 N[ 99 J 0.06 45 gc 9.31 – -0.18    
26 18 V 11.81 q 79.00 X{ 100.83 2 0 X{ 33.83 99 0.05 TY 41 N[ -9.55 J -0.36    
27 17 gc 12.03 79.18 Y 101.35 2 X 0 FJ 34.13 92 q 0.05 q 39 -10.88 q -0.47    
28 17 12.05 79.21 102.00 T 2 0 34.18 t[ 86 Ӗ 0.05 J 37 t[ -11.11 X{ -0.52    
29 FJ 15 q 12.14 79.47 102.64 Ӗ 2 k 0 34.56 75 ÎR 0.05 32 T 11.50 -1.10    
30 ÎR 15 12.33 V 79.72 106.58 ÎR 1 Y 0 34.58 ÎR 73 0.05 T 30 -11.88 T -1.44    
31 q 14 12.58 79.95 107.00 1 0 34.67 q 71 gc 0.04 k 27 12.00 t[ -1.60    
32 N[ 11 12.81 ÎR 80.00 107.41 Y 1 0 34.81 Ӗ 33 0.04 FJ 27 -13.61 O -1.71    
33 t[ 9 Ӗ 12.86 T 80.25 108.26 ēc 1 0 gc 35.17 T 32 X{ 0.04 Ӗ 22 – -13.76 MV -2.41    
34 T 8 ÎR 13.00 80.76 gc 108.31 0 0 35.95 29 T 0.04 N[ 22 J -13.81 X -2.66    
35 Ӗ 7 13.57 gc 80.83 T 110.50 k 0 ēc 0 35.95 26 0.03 X{ 17 13.84 ÎR -4.24    
36 X{ 6 X 13.67 X 81.36 111.00 0 q 0 36.43 X{ 22 0.02 14 k 15.00 -6.70    
37 k 6 X{ 13.83 k 82.20 112.84 0 z 0 k 36.60 0 0.00 13 -15.67        
38 3 T 14.88 82.43 k 114.00 z 0 Ӗ 0 T 37.13 k 0 k 0.00 t[ 11 16.76        
39 1 k 17.40 83.00 115.76 X{ 0 0 37.19 0 0.00 1 TY -17.97        
40                                                    
41