3D=10 \1S 0 0.0 DY39 3D=9(\2D>1)4P>0 (1+,+)' 1 @ 1004 DY39 3D=9(\2D>2)4P>1 (2+,1+)' 1 @ 1019 DY39 3D=9(\2D>1)4P>1 (1+,1+)' 1 @ 1049 DY39 3D=9(\2D>2)4F>2 (2+,2+)' 1 @ 1207? DY39 3D=9(\2D>2)4F>3 (2+,3+)' 1 @ 1247 DY39 3D=9(\2D>1)4F>2 (1+,2+)' 1 @ 1278 DY39 4F=9 *6H 7+ @ 0 DY4 Q 94 5 *4I3 @ 0 DY4 & 6+ @ [3460] DY4 Q 96 2 *4I3 @ [3460] DY4 & 5+ @ [5780] DY4 Q 92 3 *6F @ [5780] DY4 & 4+ @ DY4 Q 93 3 *4G4 @ DY4 & 3+ @ [9060] DY4 Q 93 4 *4G4 @ [9060] DY4 & 2+ @ [10100] DY4 Q 92 5 *4G4 @ [10100] DY4 4F=9 *6F 5+ @ DY4 Q 93 3 *6H @ DY4 & 4+ @ [8950] DY4 Q 88 7 *4F3 @ [8950] DY4 & 3+ @ [10870] DY4 Q 92 4 *3F3 @ [10870] DY4 & 2+ @ [12270] DY4 Q 93 2 *4F3 @ [12270] DY4 & 1+ @ [13060] DY4 Q 90 3 *4D2 @ [13060] DY4 & + @ DY4 Q 91 4 *4D2 @ DY4 ? :DY#V#(\7F<6) 334000 DY4 4F=9(*6H)5D#(*7H)6S *8H 8+ @ 10594.19 1.400 DY2 N 83 @ 10594.19 DY2 & 7+ @ 11394.91 1.383 DY2 N 67 @ 11394.91 DY2 & 6+ @ 12674.69 1.350 DY2 N 56 @ 12674.69 DY2 & 5+ @ 14347.21 1.302 DY2 N 55 @ 14347.21 DY2 & 4+ @ 16015.40 1.193 DY2 N 61 @ 16015.40 DY2 & 3+ @ DY2 & 2+ @ DY2 & 1+ @ DY2 4F=9 6S=2 *6H 7+ @ 12336.29 1.333 DY2 N 90 @ 12336.29 DY2 & 6+ @ 15822.15 1.275 DY2 N 64 @ 15822.15 DY2 & 5+ @ 18121.46 1.215 DY2 N 90 @ 18121.46 DY2 & 4+ @ DY2 & 3+ @ DY2 & 2+ @ DY2 4F=9(*6H)5D#(*7I)6S *8I 9+ @ 13408.62 1.364 DY2 N 93 @ 13408.62 DY2 & 8+ @ 14895.06 1.315 DY2 N 58 @ 14895.06 DY2 & 6+ @ 17596.36 1.28 DY2 N 41 @ 17596.36 DY2 & 5+ @ 19183.73 1.163 DY2 N 59 @ 19183.73 DY2 & 4+ @ DY2 & 3+ @ DY2 & 2+ @ DY2 4F=9(*6H)5D#(*7H)6S *6H 7+ @ 13610.71 1.33 DY2 N 65 @ 13610.71 DY2 # 4F=9(*6H)5D#(*7F)6S *8F 6+ @ 14421.87 1.438 DY2 N 51 @ 14421.87 DY2 # 4F=9(*6H)5D#(*7H)6S 6+ @ 15530.11 1.358 DY2 T 26 *6H @ 15530.11 DY2 # 4F=9(*6H)5D#(*7G)6S 7+ @ 16260.40 1.365 DY2 T 43 *8G @ 16260.40 DY2 # 4F=9(*6H)5D#(*7F)6S 5+ @ 16601.97 1.408 DY2 T 36 *8F @ 16601.97 DY2 # 4F=9(*6H)5D#(*7G)6S 7+ @ 16875.90 1.328 DY2 T 30 *8G @ 16875.90 DY2 4F=9(*6H)5D#(*7K)6S *8K 10+ @ 16881.33 1.33 DY2 N100 @ 16881.33 DY2 & 9+ @ 17606.65 1.28 DY2 N 54 @ 17606.65 DY2 & 8+ @ 18549.16 1.22 DY2 N 31 @ 18549.16 DY2 & 7+ @ 20467.71 1.204 DY2 N 26 @ 20467.71 DY2 & 6+ @ 22172.64 1.145 DY2 N 44 @ 22172.64 DY2 & 5+ @ DY2 & 4+ @ DY2 & 3+ @ DY2 4F=9(*6H)5D#(*7H)6S 5+ @ 17007.10 1.317 DY2 T 39 *6H @ 17007.10 DY2 # 4F=9(*6H)5D#(*7I)6S *6I 8+ @ 17036.55 1.29 DY2 N 62 @ 17036.55 DY2 # 4F=9(*6H)5D#(*7F)6S 5+ @ 18494.59 1.40 DY2 T 31 *6F @ 18494.59 DY2 # 4F=9(*6H)5D#(*5I)6S 7+ @ 18678.44 1.272 DY2 T 27 *4I @ 18678.44 DY2 # 4F=9(*6H)5D#(*7F)6S 4+ @ 18738.41 1.42 DY2 T 27 *8F @ 18738.41 DY2 # 4F=9(*6F)5D#(*7H)6S 4+ @ 18955.57 1.21 DY2 T 44 *6H @ 18955.57 DY2 # 4F=9(*6H)5D#(*7G)6S 6+ @ 18978.23 1.331 DY2 T 22 *8G @ 18978.23 DY2 # 4F=9(*6H)5D#(*5I)6S *6I 8+ @ 19251.81 1.28 DY2 N 65 @ 19251.81 DY2 # 4F=9(*6H)5D#(*5H)6S 7+ @ 19451.35 1.39 DY2 T 31 *6H @ 19451.35 DY2 # 4F=9(*6F)5D#(*7P)6S *8P 4+ @ 19467.23 1.660 DY2 N 58 @ 19467.23 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 19492.15 1.436 DY2 T 26 *8G @ 19492.15 DY2 # 4F=9(*6H)5D#(*7K)6S *6K 9+ @ 19571.75 1.267 DY2 N 54 @ 19571.75 DY2 # 4F=9 6S=2 *6F 5+ @ 19927.64 1.445 DY2 N 84 @ 19927.64 DY2 # 4F=9(*6H)5D#(*7G)6S 6+ @ 19956.65 1.310 DY2 T 19 *6G @ 19956.65 DY2 # 4F=9(*6H)5D#(*5H)6S 7+ @ 20166.45 1.313 DY2 T 43 *6H @ 20166.45 DY2 # 4F=9(*6H)5D=2(\3F) 5+ @ 20517.39 1.463 DY2 T 33 *8F @ 20517.39 DY2 # 4F=9(*6H)5D#(*5K)6S 8+ @ 20793.13 1.225 DY2 T 40 *4K @ 20793.13 DY2 # 4F=9(*6H)5D#(*7G)6S 5+ @ 20817.16 1.44 DY2 T 40 *8G @ 20817.16 DY2 # 4F=9(*6H)5D=2(\3F) 8+ @ 20884.42 1.35 DY2 T 33 *8I @ 20884.42 DY2 # 4F=9(*6H)5D#(*5H)6S *4H 6+ @ 20896.37 1.33 DY2 N 66 @ 20896.37 DY2 # 4F=9(*6H)5D#(*7K)6S 9+ @ 20985.62 1.29 DY2 T 35 *8K @ 20985.62 DY2 # 4F=9(*6H)5D#(*7I)6S 6+ @ 21134.77 1.24 DY2 T 19 *6I @ 21134.77 DY2 # 4F=9(*6H)5D#(*7I)6S 7+ @ 21272.07 1.21 DY2 T 28 *6I @ 21272.07 DY2 # 4F=9(*6H)5D#(*5G)6S *6G 6+ @ 21358.06 1.31 DY2 N 53 @ 21358.06 DY2 # 4F=9(*6H)5D=2(\3F) 9+ @ 21464.98 1.316 DY2 T 36 *8I @ 21464.98 DY2 # 4F=9(*6H)5D=2(\3F) *8K 10+ @ 22031.98 1.322 DY2 N 87 @ 22031.98 DY2 # 4F=9(*6F)5D#(*7G)6S 6+ @ 22083.31 1.402 DY2 T 29 *6G @ 22083.31 DY2 # 4F=9(*6F)5D#(*7H)6S 7+ @ 22467.10 1.314 DY2 T 44 *8H @ 22467.10 DY2 # & 4+ @ 22653.44 1.45 DY2 # 4F=9(*6H)5D#(*5I)6S 7+ @ 22672.54 1.364 DY2 T 21 *6I @ 22672.54 DY2 # 4F=9(*6H)5D#(*5I)6S 7+ @ 22854.69 1.28 DY2 T 26 *6I @ 22854.69 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 22871.20 1.387 DY2 T 29 *8F @ 22871.20 DY2 # 4F=9(*6H)5D#(*7K)6S 8+ @ 22908.05 1.24 DY2 T 31 *6K @ 22908.05 DY2 # 4F=9(*6F)5D#(*7H)6S *8H 8+ @ 22990.86 1.40 DY2 N 91 @ 22990.86 DY2 # 4F=9(*6H)5D#(*5K)6S 7+ @ 23202.72 1.186 DY2 T 29 *4K @ 23202.72 DY2 # 4F=9(*6H)5D#(*5H)6S 6+ @ 23303.06 1.31 DY2 T 31 *6H @ 23303.06 DY2 # & 5+ @ 23561.58 1.368 DY2 # 4F=9(*6F)5D#(*7H)6S 6+ @ 23575.15 1.330 DY2 T 20 *8H @ 23575.15 DY2 # 4F=9(*6H)5D=2(\3F) 9+ @ 23707.18 1.30 DY2 T 29 *8K @ 23707.18 DY2 # 4F=9(*6H)5D=2(\3F) 8+ @ 23765.80 1.27 DY2 T 28 *8H @ 23765.80 DY2 # 4F=9(*6H)5D#(*5I)6S 6+ @ 24104.44 1.173 DY2 T 28 *4I @ 24104.44 DY2 # 4F=9(*6H)5D#(*5K)6S *6K 8+ @ 24316.09 1.23 DY2 N 45 @ 24316.09 DY2 # 4F=9(*6H)5D#(*7K)6S 6+ @ 24506.80 1.10 DY2 T 25 *6K @ 24506.80 DY2 # 4F=9(*6H)5D=2(\3F) *8L 11+ @ 24786.37 1.303 DY2 N 99 @ 24786.37 DY2 # 4F=9 5D=2 7+ @ 24806.67 1.28 DY2 # 4F=9 5D=2 6+ @ 24818.31 1.303 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 24967.31 1.283 DY2 T 16 *8I @ 24967.31 DY2 # 4F=9(*6F)5D#(*7H)6S 5+ @ 25036.76 1.335 DY2 T 36 *8H @ 25036.76 DY2 # 4F=10(\5I)6P 7+ @ 25192.03 1.293 DY2 T 22 *6H @ 25192.03 DY2 # 4F=9(*6H)5D=2(\3P) 8+ @ 25343.42 1.255 DY2 T 17 *8I @ 25343.42 DY2 # 4F=9(*6H)5D#(*5I)6S 6+ @ 25468.58 1.15 DY2 T 31 *6I @ 25468.58 DY2 # & 5+ @ 25648.90 1.02 DY2 # 4F=9(*6H)5D=2(\3F) *8L 10+ @ 25756.29 1.26 DY2 N 57 @ 25756.29 DY2 # 4F=9(*6H)5D#(*7G)6S 6+ @ 25772.86 1.37 DY2 T 29 *8G @ 25772.86 DY2 # 4F=10(\5I)6P 8+ @ 25818.43 1.27 DY2 T 37 *4K @ 25818.43 DY2 # 4F=9(*6F)5D#(*7H)6S 7+ @ 25833.38 1.22 DY2 T 22 *6H @ 25833.38 DY2 # & 5+ @ 26047.86 1.15 DY2 # 4F=9(*6H)5D=2(\3P) 9+ @ 26279.67 1.26 DY2 T 19 *8I @ 26279.67 DY2 # & 5+ @ 26407.42 1.11 DY2 # 4F=9(*6H)5D=2(\3P) 7+ @ 26634.20 1.290 DY2 T 21 *8G @ 26634.20 DY2 # 4F=9 5D=2 6+ @ 26853.72 1.320 DY2 # 4F=9(*6F)5D#(*5H)6S 6+ @ 27193.05 1.295 DY2 T 15 *4H @ 27193.05 DY2 # 4F=9(*6H)5D=2(\3F) 9+ @ 27209.91 1.22 DY2 T 37 *8L @ 27209.91 DY2 # 4F=9(*6F)5D#(*5H)6S 7+ @ 27216.93 1.30 DY2 T 34 *6H @ 27216.93 DY2 # 4F=9(*6H)5D=2(\3F) 8+ @ 27232.69 1.24 DY2 T 36 *6I @ 27232.69 DY2 # 4F=9(*6H)5D=2(\3P) 7+ @ 27435.12 1.308 DY2 T 16 *8I @ 27435.12 DY2 # & 5+ @ 27462.39 1.18 DY2 # & 4+ @ 27476.88 1.18 DY2 # & 6+ @ 27502.93 1.20 DY2 # & 6+ @ 27792.48 1.18 DY2 # 4F=9(*6H)5D=2(\3F) 7+ @ 27885.60 1.251 DY2 T 21 *6I @ 27885.60 DY2 # & 5+ @ 27990.27 1.291 DY2 # 4F=9 5D=2 9+ @ 28005.87 1.32 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 28019.70 1.25 DY2 T 21 *6G @ 28019.70 DY2 # 4F=9(*6H)5D=2(\1G) 8+ @ 28252.34 1.235 DY2 T 15 *6I @ 28252.34 DY2 # 4F=10(\5I)6P *6K 9+ @ 28306.83 1.26 DY2 N 76 @ 28306.83 DY2 # 4F=9(*6F)5D#(*7H)6S 6+ @ 28456.12 1.25 DY2 T 16 *6H @ 28456.12 DY2 # 4F=9(*6F)5D#(*5H)6S 6+ @ 28550.72 1.25 DY2 T 17 *6H @ 28550.72 DY2 # & 3+ @ 28648.88 0.965 DY2 # & 6+ @ 28784.49 1.03 DY2 # 4F=10(\5I)6P 7+ @ 28885.37 1.254 DY2 T 25 *6K @ 28885.37 DY2 # & 5+ @ 28908.29 1.23 DY2 # 4F=9(*6H)5D=2(\3F) 8+ @ 29014.43 1.256 DY2 T 15 *8K @ 29014.43 DY2 # 4F=9(*6H)5D=2(\3F) 7+ @ 29109.09 1.230 DY2 T 16 *8L @ 29109.09 DY2 # 4F=10(\5I)6P *6I 8+ @ 29336.06 1.268 DY2 N 52 @ 29336.06 DY2 # 4F=9 5D=2 10+ @ 29376.94 1.26 DY2 # 4F=10(\5I)6P 7+ @ 29436.60 1.222 DY2 T 42 *4I @ 29436.60 DY2 # 4F=9(*6H)5D=2(\3F) 9+ @ 29681.75 1.21 DY2 T 42 *4L @ 29681.75 DY2 # & 5+ @ 29685.14 1.26 DY2 # & 8+ @ 29765.74 1.19 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 29769.30 1.250 DY2 T 16 *6G @ 29769.30 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 29877.52 1.406 DY2 T 32 *8F @ 29877.52 DY2 # 4F=9(*6H)5D=2(\1G) 7+ @ 30112.92 1.208 DY2 T 30 *6I @ 30112.92 DY2 # 4F=10(\5I)6P 6+ @ 30287.36 1.216 DY2 T 18 *6H @ 30287.36 DY2 # 4F=10(\5I)6P *4H 6+ @ 30361.80 1.194 DY2 N 53 @ 30361.80 DY2 # 4F=9(*6H)5D=2(\3F) 7+ @ 30399.10 1.201 DY2 T 23 *6H @ 30399.10 DY2 # & 5+ @ 30553.63 1.31 DY2 # & 8+ @ 30580.57 1.33 DY2 # & 6+ @ 30638.55 1.20 DY2 # & 5+ @ 30718.22 1.300 DY2 # 4F=9(*6F)5D=2(\3F) 7+ @ 30747.02 1.32 DY2 T 13 *8H @ 30747.02 DY2 # & 4+ @ 30831.15 1.350 DY2 # & 9+ @ 30894.44 1.32 DY2 # 4F=9(*6H)5D=2(\3F) 6+ @ 30973.97 1.139 DY2 T 35 *8L @ 30973.97 DY2 # 4F=9(*6H)5D=2(\1G) 6+ @ 31183.10 1.16 DY2 T 18 *6I @ 31183.10 DY2 # 4F=9(*6H)5D=2(\3F) 7+ @ 31306.47 1.22 DY2 T 30 *4I @ 31306.47 DY2 # & 5+ @ 31313.36 1.375 DY2 # & 5+ @ 31529.11 1.04 DY2 # 4F=9(*6H)5D=2(\1G) 9+ @ 31536.69 1.26 DY2 T 38 *6K @ 31536.69 DY2 # & 4+ @ 31667.43 1.14 DY2 # & 5+ @ 31701.66 1.075 DY2 # & 6+ @ 31715.10 0.94 DY2 # 4F=9(*6H)5D=2(\1D) 7+ @ 31826.35 1.33 DY2 T 23 *6H @ 31826.35 DY2 # & 4+ @ 31866.89 1.28 DY2 # 4F=10(\5I)6P *6K 8+ @ 31879.66 1.17 DY2 N 46 @ 31879.66 DY2 # 4F=9(*6H)5D=2(\3P) 6+ @ 31978.85 1.232 DY2 T 30 *6G @ 31978.85 DY2 # 4F=10(\5I)6P 6+ @ 32218.48 1.157 DY2 T 40 *6K @ 32218.48 DY2 # & 8+ @ 32281.84 1.20 DY2 # & 5+ @ 32386.50 1.22 DY2 # & 6+ @ 32591.49 1.10 DY2 # 4F=9(*6H)5D=2(\3F) 8+ @ 32613.41 1.19 DY2 T 24 *4L @ 32613.41 DY2 # & 4+ @ 32679.28 1.13 DY2 # 4F=10(\5I)6P *6I 7+ @ 32709.97 1.20 DY2 N 48 @ 32709.97 DY2 # & 5+ @ 32903.81 1.10 DY2 # 4F=10(\5I)6P 6+ @ 32914.90 1.210 DY2 T 37 *4I @ 32914.90 DY2 # & 4+ @ 32919.48 1.180 DY2 # & 5+ @ 33001.21 1.370 DY2 # & 9+ @ 33035.57 1.232 DY2 # & 4+ @ 33097.32 1.093 DY2 # & 5+ @ 33306.71 1.29 DY2 # & 6+ @ 33319.21 1.18 DY2 # & 7+ @ 33465.39 1.273 DY2 # & 5+ @ 33507.29 1.12 DY2 # 4F=9(*6H)5D=2(\1G) 8+ @ 33529.34 1.30 DY2 T 18 *6I @ 33529.34 DY2 # & 7+ @ 33576.32 1.25 DY2 # & 6+ @ 33616.81 1.259 DY2 # & 5+ @ 33677.88 1.137 DY2 # & 4+ @ 33701.13 1.076 DY2 # & 6+ @ 33817.65 1.24 DY2 # & 7+ @ 33950.19 1.13 DY2 # & 6+ @ 34110.17 1.309 DY2 # & 5+ @ 34216.48 1.132 DY2 # & 6+ @ 34255.72 1.272 DY2 # & 4+ @ 34298.38 1.14 DY2 # & 9+ @ 34307.62 1.233 DY2 # 4F=9(*6H)5D=2(\1G) 8+ @ 34396.87 1.28 DY2 T 24 *6K @ 34396.87 DY2 # & 7+ @ 34423.22 1.148 DY2 # & 8+ @ 34519.09 1.22 DY2 # & 5+ @ 34524.06 1.102 DY2 # & 5+ @ 34691.55 1.151 DY2 # & 7+ @ 34692.39 1.16 DY2 # & 4+ @ 34712.23 1.077 DY2 # & 3+ @ 34730.20 1.184 DY2 # & 6+ @ 34759.15 1.28 DY2 # & 4+ @ 34864.90 1.03 DY2 # & 5+ @ 34884.43 1.272 DY2 # & 5+ @ 35000.63 1.30 DY2 # & 7+ @ 35207.83 1.132 DY2 # & 6+ @ 35230.58 1.14 DY2 # & 8+ @ 35266.61 1.266 DY2 # & 5+ @ 35268.41 1.20 DY2 # & 4+ @ 35294.74 0.976 DY2 # & 7+ @ 35365.10 1.21 DY2 # & 3+ @ 35387.84 0.794 DY2 # & 6+ @ 35434.55 1.13 DY2 # & 8+ @ 35495.93 1.23 DY2 # & 7+ @ 35565.89 1.17 DY2 # & 5+ @ 35657.83 1.46 DY2 # & 5+ @ 35685.84 1.229 DY2 # & 7+ @ 35707.07 1.25 DY2 # & 4+ @ 35841.78 1.04 DY2 # & 4+ @ 36001.25 0.96 DY2 # & 6+ @ 36003.95 1.028 DY2 # & 5+ @ 36057.03 1.21 DY2 # & 8+ @ 36058.90 1.158 DY2 # & 6+ @ 36173.95 1.14 DY2 # & 4+ @ 36260.74 0.953 DY2 # & 5+ @ 36264.62 1.14 DY2 # & 6+ @ 36282.61 1.21 DY2 # & 4+ @ 36340.06 1.155 DY2 # & 5+ @ 36350.70 1.07 DY2 # & 7+ @ 36377.84 1.347 DY2 # & 6+ @ 36387.03 1.226 DY2 # & 4+ @ 36466.34 1.08 DY2 # & 3+ @ 36643.97 1.26 DY2 # & 3+ @ 36699.50 1.11 DY2 # & 7+ @ 36719.64 1.23 DY2 # & 4+ @ 36805.43 1.225 DY2 # & 4+ @ 36859.32 1.37 DY2 # & 6+ @ 36884.70 1.26 DY2 # & 5+ @ 36970.68 1.20 DY2 # & 3+ @ 37036.56 0.97 DY2 # & 6+ @ 37060.94 1.28 DY2 # & 4+ @ 37066.56 1.20 DY2 # & 5+ @ 37076.28 1.209 DY2 # & 6+ @ 37150.73 1.24 DY2 # & 5+ @ 37187.31 1.397 DY2 # & 7+ @ 37188.01 1.264 DY2 # & 3+ @ 37199.97 1.088 DY2 # & 5+ @ 37363.99 1.250 DY2 # & 6+ @ 37382.90 1.30 DY2 # & 5+ @ 37517.38 1.24 DY2 # & 4+ @ 37527.89 1.164 DY2 # & 7+ @ 37623.10 1.242 DY2 # & 5+ @ 37637.95 1.123 DY2 # & 6+ @ 37671.30 1.320 DY2 # & 1+ @ 37703.36 1.53 DY2 # & 3+ @ 37764.84 1.054 DY2 # & 5+ @ 37795.70 1.208 DY2 # & 3+ @ 37839.46 0.76 DY2 # & 4+ @ 37895.05 0.78 DY2 # & 6+ @ 37905.71 1.11 DY2 # & 7+ @ 37942.19 1.25 DY2 # & 4+ @ 37958.42 1.165 DY2 # & 5+ @ 38078.02 1.097 DY2 # & 6+ @ 38110.71 1.09 DY2 # & 6+ @ 38130.17 1.228 DY2 # & 5+ @ 38156.00 1.177 DY2 # & 2+ @ 38162.59 1.183 DY2 # & 4+ @ 38214.89 1.22 DY2 # & 3+ @ 38255.29 1.05 DY2 # & 8+ @ 38266.59 1.152 DY2 # & 5+ @ 38290.17 1.15 DY2 # & 6+ @ 38297.44 1.20 DY2 # & 3+ @ 38322.19 1.37 DY2 # & 4+ @ 38457.65 1.20 DY2 # & 5+ @ 38495.04 1.131 DY2 # & 5+ @ 38559.41 1.26 DY2 # & 3+ @ 38583.10 1.197 DY2 # & 1+ @ 38599.78 1.76 DY2 # & 4+ @ 38604.25 1.26 DY2 # & 3+ @ 38635.84 1.094 DY2 # & 7+ @ 38656.68 1.06 DY2 # & 2+ @ 38723.21 1.45 DY2 # & 4+ @ 38735.83 1.353 DY2 # & 6+ @ 38758.89 1.12 DY2 # & 1+ @ 38774.19 1.35 DY2 # & 7+ @ 38804.02 1.252 DY2 # & 3+ @ 38818.29 1.20 DY2 # & 4+ @ 38972.58 1.227 DY2 # & 6+ @ 39021.89 1.09 DY2 # & 4+ @ 39050.67 1.15 DY2 # & 3+ @ 39081.24 1.08 DY2 # & 5+ @ 39117.83 1.24 DY2 # & 3+ @ 39209.26 1.22 DY2 # & 5+ @ 39215.90 1.268 DY2 # & 6+ @ 39231.25 1.20 DY2 # & 6+ @ 39293.76 1.09 DY2 # & 4+ @ 39301.45 1.153 DY2 # & 3+ @ 39308.62 1.021 DY2 # & 4+ @ 39336.52 1.17 DY2 # & 2+ @ 39377.02 0.701 DY2 # & 5+ @ 39416.22 1.049 DY2 # & 3+ @ 39499.72 1.214 DY2 # & 4+ @ 39517.39 1.41 DY2 # & 5+ @ 39549.11 0.953 DY2 # & 3+ @ 39607.30 1.09 DY2 # & 4+ @ 39691.58 1.017 DY2 # & 4+ @ 39735.10 1.43 DY2 # & 5+ @ 39791.15 1.22 DY2 # & 6+ @ 39814.97 1.08 DY2 # & 4+ @ 39838.11 1.233 DY2 # & 5+ @ 39854.90 1.19 DY2 # & 2+ @ 39957.42 1.13 DY2 # & 5+ @ 39985.33 1.19 DY2 # & 3+ @ 40036.03 1.101 DY2 # & 3+ @ 40060.35 1.19 DY2 # & 4+ @ 40091.48 0.97 DY2 # & 2+ @ 40137.54 1.32 DY2 # & 5+ @ 40146.37 1.07 DY2 # & 2+ @ 40209.88 0.832 DY2 # & 5+ @ 40223.84 1.075 DY2 # & 2+ @ 40264.90 1.151 DY2 # & 4+ @ 40315.09 1.06 DY2 # & 4+ @ 40343.72 1.19 DY2 # & 1+ @ 40454.94 1.55 DY2 # & 3+ @ 40477.77 1.09 DY2 # & 1+ @ 40526.09 1.32 DY2 # & 4+ @ 40541.00 1.21 DY2 # & 5+ @ 40635.58 0.96 DY2 # & 3+ @ 40694.78 1.32 DY2 # & 5+ @ 40945.42 1.137 DY2 # & 4+ @ 40977.16 1.148 DY2 # & 6+ @ 41070.62 1.12 DY2 # & 2+ @ 41266.26 1.41 DY2 # & 2+ @ 41274.20 1.41 DY2 # & 5+ @ 41305.27 1.12 DY2 # & 4+ @ 41317.47 1.12 DY2 # & 3+ @ 41335.44 1.04 DY2 # & 3+ @ 41455.39 1.10 DY2 # & 4+ @ 41472.39 1.10 DY2 # & 6+ @ 41546.61 1.20 DY2 # & 4+ @ 41547.15 1.15 DY2 # & 4+ @ 41594.26 1.148 DY2 # & 2+ @ 41638.63 1.346 DY2 # & 3+ @ 41689.34 1.382 DY2 # & 3+ @ 41702.39 1.21 DY2 # & 4+ @ 41747.56 0.99 DY2 # & 3+ @ 41808.88 1.01 DY2 # & 3+ @ 41912.70 1.18 DY2 # & 2+ @ 42060.49 1.28 DY2 # & 5+ @ 42067.67 1.15 DY2 # & 4+ @ 42286.35 1.14 DY2 # & 2+ @ 42322.32 1.39 DY2 # & 6+ @ 42333.66 1.17 DY2 # & 1+ @ 42451.74 1.59 DY2 # & 3+ @ 42628.84 1.23 DY2 # & 2+ @ 42662.83 1.46 DY2 # & 2+ @ 42752.23 1.05 DY2 # & 4+ @ 42796.25 1.05 DY2 # & 3+ @ 42831.46 1.17 DY2 # & 1+ @ 43048.38 1.16 DY2 # & 3+ @ 43150.78 1.13 DY2 # & 3+ @ 43165.66 1.35 DY2 # & 2+ @ 43250.10 1.42 DY2 # & 4+ @ 43534.34 1.24 DY2 # & 2+ @ 43586.31 0.99 DY2 # & 3+ @ 43668.47 1.15 DY2 # & 4+ @ 43672.95 1.17 DY2 # & 2+ @ 43828.98 1.02 DY2 # & 1+ @ 43924.53 0.66 DY2 # & 2+ @ 43939.40 1.22 DY2 # & 5+ @ 44043.04 1.21 DY2 # & 3+ @ 44119.99 1.18 DY2 # & 1+ @ 44211.30 1.16 DY2 # & 2+ @ 44449.17 1.06 DY2 # & 3+ @ 44524.40 1.22 DY2 # & 1+ @ 44532.86 1.42 DY2 # & 3+ @ 44647.33 1.10 DY2 # & 2+ @ 44865.63 1.30 DY2 # & 4+ @ 45056.80 1.20 DY2 # & 1+ @ 45066.73 0.97 DY2 # & 3+ @ 45101.52 1.18 DY2 # & 4+ @ 45138.51 1.21 DY2 # & 2+ @ 45160.67 1.45 DY2 # & 2+ @ 45210.54 1.18 DY2 # & 3+ @ 45227.67 1.25 DY2 # & 3+ @ 45331.71 1.06 DY2 # & 3+ @ 45358.28 1.28 DY2 # & 2+ @ 45500.67 1.26 DY2 # & 2+ @ 45521.69 1.08 DY2 # & 3+ @ 45624.03 1.25 DY2 # & 3+ @ 45967.45 1.34 DY2 # & 1+ @ 46010.41 1.46 DY2 # & 2+ @ 47564.56 1.44 DY2 ? :DY#III#(\5I<8) 94100 4F=10(\5I<8)6S>0 (8,+) 8+ 0.00 1.290 DY2 R 95 (\5I)#\6I 0.00 DY2 & 7+ 828.31 1.203 DY2 R 72 (\5I)#\4I 828.31 DY2 4F=10(\5I<7)6S>0 (7,+) 7+ 4341.10 1.225 DY2 R 75 (\5I)#\6I 4341.10 DY2 & 6+ 4755.66 1.130 DY2 R 50 (\5I)#\4I 4755.66 DY2 4F=10(\5I<6)6S>0 (6,+) 5+ 7463.88 1.015 DY2 R 69 (\5I)#\6I 7463.88 DY2 & 6+ 7485.09 1.134 DY2 R 49 7485.09 DY2 4F=10(\5I<5)6S>0 (5,+) 4+ 9432.07 0.825 DY2 R 82 (\5I)#\6I 9432.07 DY2 & 5+ 9870.99 0.997 DY2 R 66 (\5I)#\4I 9870.99 DY2 4F=10(\5I<4)6S>0 (4,+) 3+ 10953.94 0.470 DY2 R 92 (\5I)#\6I 10953.94 DY2 & 4+ 11801.01 0.756 DY2 R 80 (\5I)#\4I 11801.01 DY2 4F=10(\5F<5)6S>0 (5,+) 5+ 13338.27 1.413 DY2 R 85 (\5F)#\6F 13338.27 DY2 & 4+ 14126.93 1.32 DY2 R 62 (\5F)#\4F 14126.93 DY2 4F=10(\5I)5D \6I 8+ 14845.91 1.25 DY2 Q 78 13 (\5I)#\6K 14845.91 DY2 4F=10(\5I)5D \6H 7+ 14952.14 1.30 DY2 Q 56 28 (\5I)#\6I 14952.14 DY2 4F=10(\5I)5D \6G 6+ 15691.99 1.34 DY2 Q 65 21 (\5I)#\6H 15691.99 DY2 4F=10(\5S<2)6S>0 (2,+) 2+ 15889.87 1.85 DY2 R 81 (\5S)#\6S 15889.87 DY2 & 1+ 16758.92 1.72 DY2 R 72 (\5S)#\4S 16758.92 DY2 4F=10(\5F<4)6S>0 (4,+) 4+ 15979.27 1.40 DY2 R 70 (\5F)#\6F 15979.27 DY2 & 3+ 16418.93 1.309 DY2 R 52 16418.93 DY2 4F=10(\5I)5D \6K 9+ 16117.40 1.24 DY2 Q 75 12 (\5I)#\6L 16117.40 DY2 4F=10(\5I)5D \6L 10+ 17406.59 1.24 DY2 Q 94 4 (\3K2)#\4M 17406.59 DY2 4F=10(\5I)5D \4K 8+ 17589.52 1.20 DY2 Q 52 23 (\5I)#\6K 17589.52 DY2 4F=10(\5F<3)6S>0 (3,+) 2+ 17779.98 1.29 DY2 R 78 (\5F)#\6F 17779.98 DY2 & 3+ 17912.80 1.30 DY2 R 52 (\5F)#\4F 17912.80 DY2 4F=10(\5I)5D \4L 9+ 17788.82 1.17 DY2 Q 62 16 (\5I)#\6K 17788.82 DY2 # 4F=10(\5I)5D 6+ 18219.72 1.24 DY2 T 29 \6I 25 (\5I)#\6G 18219.72 DY2 # 4F=10(\5I)5D 7+ 18234.95 1.24 DY2 T 34 \6H 33 (\5I)#\6I 18234.95 DY2 # 4F=10(\5I)5D \6G 5+ 18866.51 1.26 DY2 Q 48 29 (\5I)#\6H 18866.51 DY2 # 4F=10(\5I)5D 8+ 20700.59 1.16 DY2 T 36 \4K 27 (\5I)#\6K 20700.59 DY2 # 4F=10(\5I)5D 6+ 20748.43 1.17 DY2 T 35 \6I 29 (\5I)#\4H 20748.43 DY2 # 4F=10(\5I)5D \6K 7+ 21076.07 1.13 DY2 Q 46 16 (\5I)#\4I 21076.07 DY2 # 4F=10(\5I)5D 5+ 21177.84 1.15 DY2 T 42 \6I 23 (\5I)#\6G 21177.84 DY2 # 4F=10(\5I)5D \4I 7+ 21338.35 1.18 DY2 Q 50 24 (\5I)#\6I 21338.35 DY2 # 4F=10(\5I)5D 8+ 21627.53 1.12 DY2 T 39 \4L 30 (\5I)#\6K 21627.53 DY2 # 4F=10(\5I)5D \6L 9+ 21806.92 1.17 DY2 Q 69 25 (\5I)#\4L 21806.92 DY2 # 4F=10(\5I)5D 4+ 21813.12 1.10 DY2 T 41 \6H 36 (\5I)#\6G 21813.12 DY2 # 4F=10(\5I)5D 6+ 22116.32 1.20 DY2 T 40 \4H 31 (\5I)#\6H 22116.32 DY2 # 4F=10(\5I)5D 5+ 23309.80 1.105 DY2 T 32 \6H 24 (\5I)#\6I 23309.80 DY2 # 4F=10(\5I)5D 6+ 23375.41 0.994 DY2 T 29 \6K 20 (\3K2)6S#\4K 23375.41 DY2 # 4F=10(\3K2)6S 6+ 23479.89 1.00 DY2 T 26 \4K 23 (\5I)5D#\6K 23479.89 DY2 # 4F=10(\5I)5D \6I 4+ 23495.20 1.00 DY2 Q 48 34 (\5I)#\6G 23495.20 DY2 # 4F=10(\5I)5D \6L 7+ 23840.25 1.036 DY2 Q 59 19 (\5I)#\4K 23840.25 DY2 # 4F=10(\5I)5D \6H 3+ 23976.76 0.837 DY2 Q 46 24 (\5I)#\6G 23976.76 DY2 # 4F=10(\5I)5D 7+ 24685.63 1.10 DY2 T 34 \4K 32 (\5I)#\6K 24685.63 DY2 # 4F=10(\5I)5D 8+ 25051.49 1.10 DY2 T 48 \4L 42 (\5I)#\6L 25051.49 DY2 # 4F=10(\5I)5D \6K 5+ 25086.95 0.89 DY2 Q 63 11 (\5I)#\6I 25086.95 DY2 # 4F=10(\5I)5D 4+ 25214.39 1.01 DY2 T 38 \6H 19 (\5I)#\6G 25214.39 DY2 # 4F=10(\5I)5D \6I 3+ 25292.49 0.743 DY2 Q 55 32 (\5I)#\6G 25292.49 DY2 # 4F=10(\5I)5D \6L 6+ 25746.58 0.888 DY2 Q 70 7 (\5I)#\4L 25746.58 DY2 # 4F=10(\5I)5D \6H 2+ 25933.69 0.45 DY2 Q 62 25 (\5I)#\6G 25933.69 DY2 # 4F=10(\5I)5D 3+ 26550.05 0.91 DY2 T 35 \6G 35 (\5I)#\6H 26550.05 DY2 # 4F=10(\5I)5D \6G 2+ 27494.66 0.75 DY2 Q 66 21 (\5I)#\6H 27494.66 DY2 # 4F=10(\5I)5D \4L 7+ 27519.67 1.00 DY2 Q 62 22 (\5I)#\6L 27519.67 DY2 # 4F=10(\5I)5D \6G 1+ 28214.92 0.04 DY2 Q 90 4 (\3H4)#\4F 28214.92 DY2 # 4F=9(*7H)6S6P(*3P) \8G 7+ 36212.19 1.405 DY2 N 45 36212.19 DY2 # 4F=9(*7H)6S6P(*3P) \8H 8+ 36522.90 1.373 DY2 N 59 36522.90 DY2 # 4F=9(*7H)5D#(*7H)6P 7+ 37817.31 1.333 DY2 T 20 \8G 37817.31 DY2 # 4F=9(*7H)6S6P(*3P) 6+ 37878.55 1.303 DY2 T 20 \6H 37878.55 DY2 # 4F=9(*7H)5D#(*7H)6P 8+ 38402.40 1.326 DY2 T 23 \8H 38402.40 DY2 # 4F=9(*7H)5D#(*7H)6P 7+ 38427.36 1.317 DY2 T 19 \8H 38427.36 DY2 # 4F=9(*7H)5D#(*7H)6P 6+ 38939.69 1.381 DY2 T 22 \8G 38939.69 DY2 # 4F=9(*7H)6S6P(*3P) 6+ 39896.72 1.24 DY2 T 20 \8H 39896.72 DY2 # & 6+ 39944.24 1.23 DY2 # 4F=9(*7H)6S6P(*3P) \8I 9+ 40158.04 1.36 DY2 N 69 40158.04 DY2 # 4F=9(*7H)5D#(*7H)6P 5+ 40194.02 1.34 DY2 T 18 \8H 40194.02 DY2 # 4F=9(*7H)6S6P(*3P) 8+ 40455.73 1.326 DY2 T 39 \6I 40455.73 DY2 # 4F=9(*7H)6S6P(*3P) 7+ 40516.80 1.35 DY2 T 17 \8I 40516.80 DY2 # 4F=9(*7H)6S6P(*3P) 7+ 40604.11 1.295 DY2 T 24 \4I 40604.11 DY2 # & 7+ 40626.42 1.093 DY2 # 4F=9(*7H)5D#(*7H)6P 9+ 40807.20 1.332 DY2 T 44 \8I 40807.20 DY2 # 4F=9(*7H)6S6P(*3P) 5+ 40841.63 1.326 DY2 T 20 \8H 40841.63 DY2 # 4F=9(*7H)6S6P(*3P) 6+ 41004.07 1.26 DY2 T 15 \6I 41004.07 DY2 # 4F=9(*7H)6S6P(*3P) 7+ 41111.11 1.32 DY2 T 40 \6H 41111.11 DY2 # 4F=9(*7H)5D#(*7H)6P 8+ 41583.90 1.33 DY2 T 25 \6I 41583.90 DY2 # 4F=9(*7H)6S6P(*3P) 6+ 41878.48 1.314 DY2 T 16 \4H 41878.48 DY2 # 4F=9(*7H)5D#(*7F)6P 5+ 42083.59 1.33 DY2 T 24 \8D 42083.59 DY2 # 4F=9(*7H)6S6P(*3P) 6+ 42137.31 1.33 DY2 T 32 \6G 42137.31 DY2 # & 5+ 42150.67 1.10 DY2 # 4F=9(*7H)5D#(*7H)6P 4+ 42256.43 1.23 DY2 T 27 \8H 42256.43 DY2 # 4F=9(*7H)5D#(*7H)6P 6+ 42289.33 1.348 DY2 T 30 \6G 42289.33 DY2 # 4F=9(*7H)5D#(*7H)6P 9+ 42478.98 1.31 DY2 T 35 \8I 42478.98 DY2 # 4F=9(*7H)5D#(*7H)6P 7+ 42550.09 1.34 DY2 T 26 \6H 42550.09 DY2 # 4F=9(*7H)5D#(*7H)6P 8+ 42741.69 1.32 DY2 T 12 \8H 42741.69 DY2 # 4F=9(*7H)6S6P(*3P) 5+ 42813.08 1.208 DY2 T 13 \4G 42813.08 DY2 # 4F=9(*7H)5D#(*7F)6P 6+ 42883.01 1.367 DY2 T 19 \8F 42883.01 DY2 # 4F=9(*7H)6S6P(*3P) 4+ 42911.59 1.21 DY2 T 33 \8H 42911.59 DY2 # 4F=9(*7H)5D#(*7H)6P 7+ 43002.98 1.33 DY2 T 20 \8H 43002.98 DY2 # 4F=9(*6H)5D#(*7H)6P 8+ 43066.19 1.343 DY2 T 35 \8I 43066.19 DY2 # 4F=9(*6H)6S6P(*3P) 6+ 43422.06 1.307 DY2 T 19 \8I 43422.06 DY2 # 4F=9(*6F)6S6P(*3P) \8D 5+ 43689.99 1.401 DY2 N 45 43689.99 DY2 # 4F=9(*6H)6S6P(*3P) 7+ 43794.35 1.298 DY2 T 20 \8I 43794.35 DY2 # 4F=9(*6H)5D#(*7H)6P 3+ 43838.10 1.04 DY2 T 33 \8H 43838.10 DY2 # 4F=9(*6H)5D#(*7G)6P 7+ 43891.33 1.31 DY2 T 21 \6H 43891.33 DY2 # 4F=9(*6H)6S6P(*3P) 6+ 44049.22 1.312 DY2 T 12 \6H 44049.22 DY2 # 4F=9(*6H)6S6P(*3P) 8+ 44074.41 1.31 DY2 T 25 \8I 44074.41 DY2 # 4F=9(*6H)5D#(*7I)6P \8K 10+ 44156.98 1.317 DY2 N 73 44156.98 DY2 # 4F=9(*6H)5D#(*7H)6P 6+ 44189.52 1.31 DY2 T 20 \6H 44189.52 DY2 # 4F=9(*6H)6S6P(*3P) 5+ 44331.36 1.242 DY2 T 16 \6I 44331.36 DY2 # 4F=9(*6H)5D#(*7H)6P 4+ 44352.01 1.17 DY2 T 22 \8I 44352.01 DY2 # 4F=9(*6H)5D#(*7I)6P 9+ 44501.98 1.32 DY2 T 43 \8I 44501.98 DY2 # 4F=9(*6H)6S6P(*3P) 3+ 44529.45 1.00 DY2 T ? \8H 44529.45 DY2 # 4F=9(*6H)6S6P(*3P) 8+ 44545.25 1.28 DY2 T 24 \8I 44545.25 DY2 # 4F=9(*6H)5D#(*7H)6P 7+ 44653.18 1.318 DY2 T 12 \6H 44653.18 DY2 # 4F=9(*6H)5D#(*7H)6P 4+ 44737.52 1.38 DY2 T 11 \8G 44737.52 DY2 # 4F=9(*6H)5D#(*7H)6P 6+ 44812.00 1.39 DY2 T 14 \8G 44812.00 DY2 # 4F=9(*6H)6S6P(*3P) 5+ 44903.87 1.31 DY2 T 15 \4H 44903.87 DY2 # 4F=9(*6F)6S6P(*3P) 6+ 45123.11 1.323 DY2 T 19 \8F 45123.11 DY2 # 4F=10(\1K<7)6S>0? 7+ 45132.74 1.09 DY2 # 4F=9(*6H)5D#(*7H)6P 7+ 45139.88 1.24 DY2 T 26 \8I 45139.88 DY2 # 4F=9(*6H)5D#(*7I)6P 8+ 45240.02 1.33 DY2 T 31 \8H 45240.02 DY2 # 4F=9(*6H)5D#(*7F)6P 5+ 45241.75 1.34 DY2 T 11 \8D 45241.75 DY2 # 4F=9(*6H)5D#(*7I)6P 7+ 45317.04 1.28 DY2 T 29 \6I 45317.04 DY2 # 4F=9(*6H)5D#(*7H)6P 6+ 45356.53 1.448 DY2 T 13 \8H 45356.53 DY2 # 4F=9(*6H)6S6P(*3P) 4+ 45427.49 1.26 DY2 T 13 \8D 45427.49 DY2 # 4F=9(*6H)5D#(*7F)6P 5+ 45545.68 1.36 DY2 T 24 \6F 45545.68 DY2 # 4F=9(*6H)5D#(*7I)6P 9+ 45701.64 1.29 DY2 T 36 \8K 45701.64 DY2 # 4F=9(*6H)5D#(*7F)6P 6+ 45773.90 1.29 DY2 T 23 \8F 45773.90 DY2 # 4F=9(*6H)5D#(*7H)6P 4+ 45800.00 1.282 DY2 T 28 \6G 45800.00 DY2 # 4F=9(*6H)5D#(*7K)6P \8K 10+ 45934.94 1.30 DY2 N 53 45934.94 DY2 # 4F=9(*6H)5D#(*7K)6P 9+ 46066.65 1.24 DY2 T 25 \8K 46066.65 DY2 # 4F=9(*6H)5D#(*7G)6P 7+ 46082.83 1.303 DY2 T 13 \8G 46082.83 DY2 # 4F=9(*6H)6S6P(*3P) 4+ 46091.32 1.278 DY2 T 19 \6G 46091.32 DY2 # 4F=9(*6H)6S6P(*3P) 4+ 46161.85 1.305 DY2 T 13 \4G 46161.85 DY2 # 4F=9(*6H)5D#(*7I)6P 6+ 46220.92 1.310 DY2 T 16 \8I 46220.92 DY2 # 4F=9(*6H)5D#(*7I)6P 8+ 46256.77 1.275 DY2 T 22 \6I 46256.77 DY2 # 4F=9(*6H)5D#(*7I)6P 6+ 46490.31 1.229 DY2 T 23 \6H 46490.31 DY2 # 4F=9(*6H)6S6P(*3P) 5+ 46498.62 1.275 DY2 T 14 \4H 46498.62 DY2 # 4F=9(*6H)5D#(*7F)6P 5+ 46647.75 1.338 DY2 T 10 \8D 46647.75 DY2 # 4F=9(*6H)5D#(*7I)6P 8+ 46694.14 1.274 DY2 T 20 \8I 46694.14 DY2 # 4F=9(*6H)6S6P(*3P) 6+ 46779.06 1.297 DY2 T 14 \8I 46779.06 DY2 # 4F=9(*6H)5D#(*7H)6P 3+ 46798.32 1.11 DY2 T 14 \6G 46798.32 DY2 # 4F=9(*6H)5D#(*7F)6P 7+ 46853.71 1.28 DY2 T 21 \8G 46853.71 DY2 # 4F=9(*6H)5D#(*7H)6P 6+ 46943.02 1.23 DY2 T 27 \8I 46943.02 DY2 # 4F=9(*6H)5D#(*7H)6P 5+ 46976.07 1.24 DY2 T 12 \8H 46976.07 DY2 # 4F=9(*6H)5D#(*7H)6P 5+ 47023.09 1.32 DY2 T 6 \8G 47023.09 DY2 # 4F=9(*6H)6S6P(*3P) 7+ 47091.91 1.35 DY2 T 41 \6I 47091.91 DY2 # 4F=9(*6H)5D#(*7K)6P 8+ 47208.15 1.24 DY2 T 14 \6K 47208.15 DY2 # 4F=9(*6H)5D#(*7H)6P 6+ 47357.74 1.22 DY2 T 17 \6I 47357.74 DY2 # 4F=9(*6F)6S6P(*3P) 5+ 47401.40 1.22 DY2 T 18 \8G 47401.40 DY2 # 4F=9(*6H)5D#(*7H)6P 4+ 47462.43 1.32 DY2 T 13 \8G 47462.43 DY2 # 4F=9(*6F)6S6P(*3P) 7+ 47597.73 1.262 DY2 T 33 \8G 47597.73 DY2 # 4F=9(*6H)5D#(*7G)6P 8+ 47718.75 1.278 DY2 T 19 \8H 47718.75 DY2 # & 5+ 47833.92 1.16 DY2 # 4F=9(*6H)5D#(*7K)6P \8L 11+ 47960.83 1.31 DY2 N100 47960.83 DY2 # 4F=9(*6H)5D#(*7G)6P 8+ 48022.12 1.248 DY2 T 17 \8H 48022.12 DY2 # 4F=9(*6H)5D#(*7H)6P 6+ 48035.88 1.31 DY2 T 8 \6I 48035.88 DY2 # 4F=9(*6H)5D#(*7I)6P 7+ 48052.16 1.29 DY2 T 14 \8H 48052.16 DY2 # 4F=9(*6H)5D#(*7K)6P 10+ 48059.91 1.28 DY2 T 34 \8K 48059.91 DY2 # 4F=9(*6H)5D#(*7I)6P 9+ 48069.10 1.273 DY2 T 34 \6K 48069.10 DY2 # 4F=9(*6H)5D#(*7I)6P 5+ 48240.94 1.28 DY2 T 23 \8K 48240.94 DY2 # 4F=9(*6H)5D#(*5K)6P 9+ 48346.29 1.23 DY2 T 26 \4L 48346.29 DY2 # 4F=9(*6H)5D#(*7I)6P 5+ 48469.08 1.29 DY2 T 13 \6H 48469.08 DY2 # 4F=9(*6F)6S6P(*3P) 6+ 48487.13 1.46 DY2 T 33 \6G 48487.13 DY2 # 4F=9(*6H)5D#(*7G)6P 7+ 48489.05 1.35 DY2 T 17 \8G 48489.05 DY2 # 4F=9(*6H)6S6P(*3P) 4+ 48684.98 1.20 DY2 T 15 \6G 48684.98 DY2 # 4F=9(*6H)5D#(*7I)6P 6+ 48831.17 1.27 DY2 T 10 \6I 48831.17 DY2 # & 6+ 48844.85 1.26 DY2 # 4F=9(*6F)6S6P(*3P) 5+ 48863.45 1.32 DY2 T 18 \6F 48863.45 DY2 # 4F=9(*6H)5D#(*5I)6P 7+ 48950.09 1.222 DY2 T 12 \6H 48950.09 DY2 # 4F=9(*6H)5D#(*7G)6P 7+ 48988.85 1.27 DY2 T 19 \8G 48988.85 DY2 # & 5+ 49058.03 1.38 DY2 # 4F=9(*6F)5D#(*7F)6P 6+ 49132.94 1.23 DY2 T 12 \8G 49132.94 DY2 # 4F=9(*6H)5D#(*7K)6P 7+ 49233.16 1.23 DY2 T 15 \6K 49233.16 DY2 # 4F=9(*6H)5D#(*7K)6P 6+ 49340.48 1.253 DY2 T 9 \8K 49340.48 DY2 # & 5+ 49462.33 1.29 DY2 # 4F=9(*6H)5D#(*5I)6P 8+ 49537.65 1.222 DY2 T 27 \6I 49537.65 DY2 # 4F=9(*6H)5D#(*5K)6P 9+ 49544.70 1.278 DY2 T 20 \6K 49544.70 DY2 # 4F=9(*6H)6S6P(*3P) 6+ 49603.11 1.32 DY2 T 29 \6I 49603.11 DY2 # & 5+ 49607.50 1.15 DY2 # 4F=9(*6H)5D#(*5I)6P 8+ 49675.74 1.19 DY2 T 18 \4K 49675.74 DY2 # 4F=9(*6H)5D#(*5H)6P 6+ 49680.29 1.35 DY2 T 18 \6G 49680.29 DY2 # 4F=9(*6H)5D#(*7K)6P 7+ 49813.64 1.273 DY2 T 9 \6K 49813.64 DY2 # 4F=9(*6H)5D#(*7K)6P 6+ 49856.57 1.23 DY2 T 9 \6I 49856.57 DY2 # 4F=9(*6H)5D#(*7K)6P 9+ 50017.73 1.278 DY2 T 39 \8I 50017.73 DY2 # & 6+ 50051.48 1.26 DY2 # & 6+ 50101.90 1.11 DY2 # 4F=9(*6H)5D#(*5H)6P 7+ 50129.27 1.212 DY2 T 18 \4I 50129.27 DY2 # 4F=9(*6H)5D#(*7G)6P 7+ 50206.50 1.21 DY2 T 14 \8H 50206.50 DY2 # & 6+ 50408.821 1.18 DY2 # 4F=9(*6H)5D#(*7K)6P 8+ 50457.94 1.28 DY2 T 20 \8I 50457.94 DY2 # 4F=9(*6H)5D#(*5H)6P 7+ 50521.44 1.244 DY2 T 17 \4I 50521.44 DY2 # & 5+ 50768.52 1.35 DY2 # 4F=9(*6H)5D#(*7G)6P 7+ 50783.98 1.322 DY2 T 12 \8H 50783.98 DY2 # 4F=9(*6H)5D#(*5G)6P 6+ 50858.43 1.30 DY2 T 19 \4H 50858.43 DY2 # 4F=9(*6H)5D#(*7G)6P 6+ 51087.71 1.31 DY2 T 18 \8G 51087.71 DY2 # 4F=9(*6H)5D#(*5I)6P 7+ 51124.24 1.23 DY2 T 35 \4I 51124.24 DY2 # & 8+ 51406.04 1.28 DY2 # 4F=9(*6H)5D#(*7K)6P \8L 10+ 51593.35 1.25 DY2 N 46 51593.35 DY2 # 4F=9(*6H)5D#(*7K)6P 9+ 51640.22 1.25 DY2 T 25 \8K 51640.22 DY2 # 4F=9(*6H)5D#(*5I)6P 8+ 51716.65 1.232 DY2 T 18 \4K 51716.65 DY2 # 4F=9(*6H)5D#(*7K)6P 6+ 52008.95 1.22 DY2 T 9 \8K 52008.95 DY2 # 4F=9(*6H)5D#(*7K)6P 7+ 52395.07 1.26 DY2 T 15 \8I 52395.07 DY2 # 4F=9(*6H)5D#(*5H)6P \6I 8+ 53002.56 1.26 DY2 N 71 53002.56 DY2 # 4F=9(*6H)5D#(*5K)6P \6L 10+ 53641.33 1.23 DY2 N 69 53641.33 DY2 # 4F=9(*6F)5D#(*7H)6P 8+ 53738.08 1.27 DY2 T 13 \8H 53738.08 DY2 ? :DY#III#(\5I<8) 94100 4F=9(*6H)5D6S=2 *7H 8 @ 7565.60 1.35246DY1 N 81 @ 7565.60 DY1 & 7 @ 8519.20 1.336 DY1 N 60 @ 8519.20 DY1 & 6 @ 10088.80 1.36 DY1 N 33 @ 10088.80 DY1 & 5 @ 12298.56 1.24 DY1 N 56 @ 12298.56 DY1 & 4 @ 13952.00 1.082 DY1 N 66 @ 13952.00 DY1 & 3 @ 15254.94 0.77 DY1 N 75 @ 15254.94 DY1 & 2 @ DY1 N 82 @ DY1 4F=9(*6H)5D6S=2 *7I 9 @ 9990.95 1.32 DY1 N 89 @ 9990.95 DY1 & 8 @ 12007.10 1.28 DY1 N 50 @ 12007.10 DY1 & 7 @ 14367.80 1.27 DY1 N 50 @ 14367.80 DY1 & 6 @ 14970.70 1.24 DY1 N 39 @ 14970.70 DY1 & 5 @ 16684.73 1.082 DY1 N 67 @ 16684.73 DY1 & 4 @ DY1 N 79 @ DY1 & 3 @ DY1 N 76 @ DY1 4F=9(*6H)5D6S=2 *7F 6 @ 11673.49 1.392 DY1 N 47 @ 11673.49 DY1 4F=9(*6H)5D6S=2 *7G 7 @ 12655.13 1.36 DY1 N 64 @ 12655.13 DY1 4F=9(*6H)5D6S=2 *7K 10 @ 12892.76 1.29 DY1 N 99 @ 12892.76 DY1 & 8 @ 16288.73 1.19 DY1 N 46 @ 16288.73 DY1 & 9 @ 16717.79 1.24 DY1 N 64 @ 16717.79 DY1 & 7 @ 17687.90 1.16 DY1 N 44 @ 17687.90 DY1 & 6 @ 19182.66 1.036 DY1 N 72 @ 19182.66 DY1 & 5 @ DY1 N 81 @ DY1 & 4 @ DY1 N 89 @ DY1 4F=9(*6H)5D6S=2 *5K 9 @ 13495.92 1.23 DY1 N 65 @ 13495.92 DY1 & 8 @ 19688.59 1.22 DY1 N 57 @ 19688.59 DY1 & 7 @ 21783.42 1.15 DY1 N 70 @ 21783.42 DY1 & 6 @ 23464.02 0.96 DY1 N 52 @ 23464.02 DY1 & 5 @ 24881.85 0.72 DY1 N 67 @ 24881.85 DY1 4F=9(*6H)5D6S=2 *7F 5 @ 14153.49 1.42 DY1 N 51 @ 14153.49 DY1 4F=9(*6H)5D6S=2 *5I 8 @ 14625.64 1.25 DY1 N 67 @ 14625.64 DY1 & 7 @ 18339.80* 1.21 DY1 N 26 @ 18339.80* DY1 & 6 @ 20554.73 1.11 DY1 N 45 @ 20554.73 DY1 & 5 @ 22294.88 1.02 DY1 N 39 @ 22294.88 DY1 & 4 @ 23686.81 0.767 DY1 N 70 @ 23686.81 DY1 4F=9(*6H)5D6S=2 *5H 7 @ 15194.83 1.26 DY1 N 78 @ 15194.83 DY1 4F=10(\5I<8)6S6P(*3P<0) (8,0)' 8 @ 15567.38 1.31 DY1 R 58 (\5I)(*3P)#*7H @ 15567.38 DY1 4F=9(*6H)5D6S=2 6 @ 15862.64 1.257 DY1 T 43 *5G @ 15862.64 DY1 4F=10(\5I<8)6S6P(*3P<1) (8,1)' 9 @ 15972.35 1.29 DY1 R 64 (\5I)(*3P)#*7I @ 15972.35 DY1 & 7 @ 16693.87 1.22 DY1 R 29 (\5I)(*3P)#*5H @ 16693.87 DY1 & 8 @ 16733.20 1.20 DY1 R 32 (\5I)(*3P)#*3K @ 16733.20 DY1 4F=9(*6F)5D6S=2 *7P 4 @ 16069.98 1.62 DY1 N 47 @ 16069.98 DY1 4F=9(*6F)5D6S=2 4 @ 16412.80 1.51 DY1 T 35 *7P @ 16412.80 DY1 4F=9(*6H)5D6S=2 6 @ 16591.38 1.348 DY1 T 42 *7G @ 16591.38 DY1 4F=9(*6F)5D6S=2 5 @ 17502.89 1.45 DY1 T 24 *7D @ 17502.89 DY1 4F=10(\5I<8)6S6P(*3P<2) (8,2)' 10 @ 17513.33 1.30 DY1 R 99 (\5I)(*3P)#*7K @ 17513.33 DY1 & 9 @ 17727.15 1.25 DY1 R 51 (\5I)(*3P)#*5K @ 17727.15 DY1 & 8 @ 18021.89 1.23 DY1 R 39 (\5I)(*3P)#*5I @ 18021.89 DY1 & 7 @ 18433.76* 1.20 DY1 R 35 (\5I)(*3P)#*3I @ 18433.76* DY1 & 6 @ 18711.93 1.172 DY1 R 33 (\5I)(*3P)#*3H @ 18711.93 DY1 4F=9(*6H)5D6S=2 *5F 5 @ 17804.24 1.322 DY1 N 54 @ 17804.24 DY1 # 4F=9(*6H)5D6S=2 6 @ 18172.87 1.34 DY1 T 39 *5H @ 18172.87 DY1 # 4F=9(*6H)5D=2(\3F)#(*8G)6S *9G 8 @ 18472.71 1.46 DY1 N 48 @ 18472.71 DY1 # 4F=9(*6H)5D=2(\3F)#(*8G)6S 7 @ 18528.55 1.467 DY1 T 25 *9G @ 18528.55 DY1 # 4F=9(*6F)5D6S=2 6 @ 18561.20 1.27 DY1 T 18 *7G @ 18561.20 DY1 # 4F=9(*6F)5D6S=2 7 @ 18857.04 1.335 DY1 T 22 *7H @ 18857.04 DY1 # 4F=9(*6F)5D6S=2 *7H 8 @ 19092.30 1.33 DY1 N 91 @ 19092.30 DY1 # 4F=9(*6H)5D=2(\3F)#(*8F)6S 6 @ 19304.26 1.54 DY1 T 36 *3F @ 19304.26 DY1 # 4F=9(*6F)5D6S=2 5 @ 19480.87 1.35 DY1 T 29 *7G @ 19480.87 DY1 # 4F=9(*6H)5D=2(\3F)#(*8I)6S 9 @ 19557.83 1.39 DY1 T 36 *9I @ 19557.83 DY1 # 4F=9(*6H)5D=2(\3F)#(*8K)6S 10 @ 19797.96 1.367 DY1 T 40 *9K @ 19797.96 DY1 # 4F=9(*6H)5D6S=2 5 @ 19813.98 1.270 DY1 T 33 *5H @ 19813.98 DY1 # 4F=9(*6F)5D6S=2 6 @ 19856.88 1.35 DY1 T 40 *7H @ 19856.88 DY1 4F=10(\5I<7)6S6P(*3P<0) (7,0)' 7 @ 19907.51 1.23 DY1 R 26 (\5I)(*3P)#*7I @ 19907.51 DY1 4F=10(\5I<7)6S6P(*3P<1) (7,1)' 8 @ 20341.32 1.23 DY1 R 30 (\5I)(*3P)#*7K @ 20341.32 DY1 & 7 @ 20766.29 1.16 DY1 R 30 (\5I)(*3P)#*5K @ 20766.29 DY1 & 6 @ 20817.61 1.13 DY1 R 21 (\5I)(*3P)#*7I @ 20817.61 DY1 4F=9(*6H)5D6S=2 4 @ 20430.11 1.28 DY1 T 33 *7F @ 20430.11 DY1 # 4F=9(*6H)5D=2(\3F)#(*8K)6S *9K 11 @ 20448.44 1.354 DY1 N 87 @ 20448.44 DY1 # 4F=9(*6H)5D6S=2 4 @ 20474.99 1.30 DY1 T 31 *5G @ 20474.99 DY1 # 4F=9(*6F)5D6S=2 *7G 7 @ 20485.40 1.375 DY1 N 63 @ 20485.40 DY1 # 4F=9(*6H)5D=2(\3F)#(*8I)6S 8 @ 20884.87 1.36 DY1 T 29 *9I @ 20884.87 DY1 # 4F=9(*6H)5D=2(\3F)#(*8G)6S 5 @ 20891.64 1.32 DY1 T 31 *9G @ 20891.64 DY1 # 4F=9(*6H)5D6S=2 5 @ 20921.55 1.30 DY1 T 35 *5H @ 20921.55 DY1 # 4F=9(*6H)5D=2(\3F)#(*8F)6S 7 @ 20954.18 1.41 DY1 T 30 *9F @ 20954.18 1.41 DY1 # 4F=9(*6H)5D=2(\3F)#(*8D)6S 6 @ 21392.40 1.46 DY1 T 29 *9D @ 21392.40 DY1 # 4F=9(*6H)5D=2(\3F)#(*8H)6S 9 @ 21540.68 1.34 DY1 T 39 *9H @ 21540.68 DY1 4F=9(*6F)5D6S=2 *5H 7 @ 21675.28 1.22 DY1 N 62 @ 21675.28 DY1 & 6 @ 24040.59 1.26 DY1 N 44 @ 24040.59 DY1 & 4 @ 26440.41 1.046 DY1 N 53 @ 26440.41 DY1 & 3 @ 27601.33 0.84 DY1 N 68 @ 27601.33 DY1 4F=9(*6H)5D=2(\3F)#(*8K)6S 10 @ 21788.93 1.34 DY1 T 33 *9K @ 21788.93 DY1 4F=10(\5I<7)6S6P(*3P<2) (7,2)' 9 @ 21838.55 1.25 DY1 R 62 (\5I)(*3P)#*7K @ 21838.55 DY1 & 8 @ 21899.22 1.20 DY1 R 33 (\5I)(*3P)#*7I @ 21899.22 DY1 & 7 @ 22061.29 1.18 DY1 R 28 (\5I)(*3P)#*7I @ 22061.29 DY1 & 6 @ 22286.87 1.15 DY1 R 38 (\5I)(*3P)#*7H @ 22286.87 DY1 & 5 @ 22524.21 1.04 DY1 4F=9(*6H)5D6S=2 4 @ 22099.06 1.059 DY1 T 41 *5H @ 22099.06 DY1 4F=9(*6H)5D=2(\3F)#(*8L)6S *9L 12 @ 22541.18 1.333 DY1 N 99 @ 22541.18 DY1 & 11 @ 23677.38 1.288 DY1 N 78 @ 23677.38 DY1 & 10 @ 24858.74 1.26 DY1 N 49 @ 24858.74 DY1 & 9 @ 25955.10 1.27 DY1 N 34 @ 25955.10 DY1 & 8 @ DY1 N 33 @ DY1 & 7 @ 27556.34 1.24 DY1 N 28 @ 27556.34 DY1 & 6 @ DY1 N 40 @ DY1 4F=9(*6F)5D6S=2 *5G 6 @ 22633.23 1.29 DY1 N 50 @ 22633.23 DY1 # 4F=9(*6H)5D=2(\3F)#(*8K)6S 7 @ 22647.94 1.34 DY1 T 22 *9K @ 22647.94 DY1 # 4F=9(*6H)5D=2(\3F)#(*8G)6S 4 @ 22696.82 1.487 DY1 T 35 *9G @ 22696.82 DY1 # 4F=9(*6H)5D=2(\3P)#(*8G)6S 8 @ 22767.83 1.34 DY1 T 43 *9G @ 22767.83 DY1 # 4F=9(*6H)5D6S=2 4 @ 22938.03 1.07 DY1 T 24 *5H @ 22938.03 DY1 4F=10(\5I<6)6S6P(*3P<0) (6,0)' 6 @ 22956.84 1.06 DY1 R 24 (\5I)(*3P)#*7K @ 22956.84 DY1 4F=9(*6H)5D=2(\3P)#(*8I)6S 9 @ 23271.74 1.33 DY1 T 41 *9I @ 23271.74 DY1 # 4F=9(*6H)5D=2(\3F)#(*8G)6S 7 @ 23340.12 1.39 DY1 T 28 *7G @ 23340.12 DY1 # 4F=9(*6H)5D=2(\3F)#(*8F)6S 6 @ 23359.82 1.35 DY1 T 30 *7F @ 23359.82 DY1 # 4F=9(*6H)5D=2(\3F)#(*8F)6S 5 @ 23440.46 1.36 DY1 T 17 *9F @ 23440.46 DY1 4F=10(\5I<6)6S6P(*3P<1) (6,1)' 7 @ 23479.77 1.13 DY1 R 35 (\5I)(*3P)#*7K @ 23479.77 DY1 & 5 @ 23552.65 1.07 DY1 R 32 (\5I)(*3P)#*7I @ 23552.65 DY1 & 6 @ 23687.87 1.076 DY1 R 29 (\5I)(*3P)#*7K @ 23687.87 DY1 4F=9(*6H)5D=2(\3F)#(*8D)6S 6 @ 23529.01 1.41 DY1 T 20 *9D @ 23529.01 DY1 4F=10(\5I<8)6S6P(*1P<1) (8,1)' 9 @ 23736.60 1.22 DY1 R 97 (\5I)(*1P)#*5K @ 23736.60 DY1 & 8 @ 23877.75 1.29 DY1 R 93 (\5I)(*1P)#*5I @ 23877.75 DY1 & 7 @ 24708.96 1.26 DY1 R 83 (\5I)(*1P)#*5H @ 24708.96 DY1 4F=9(*6H)5D6S=2 *5H 3 @ 23824.68 0.68 DY1 N 56 @ 23824.68 DY1 # 4F=9(*6H)5D=2(\3F)#(*8K)6S 8 @ 23832.07 1.32 DY1 T 24 *9K @ 23832.07 DY1 # 4F=9(*6H)5D=2(\3F)#(*8K)6S 10 @ 23953.30 1.30 DY1 T 29 *7K @ 23953.30 DY1 # 4F=9(*6H)5D=2(\3F)#(*8I)6S 8 @ 24204.19 1.30 DY1 T 25 *7I @ 24204.19 DY1 # 4F=9(*6H)5D=2(\3F)#(*8K)6S 9 @ 24229.22 1.287 DY1 T 33 *7K @ 24229.22 DY1 # 4F=9(*6H)5D=2(\3P)#(*8G)6S 7 @ 24353.58 1.33 DY1 T 41 *9G @ 24353.58 DY1 # 4F=9(*6F)5D6S=2 5 @ 24634.07 1.21 DY1 T 42 *5F @ 24634.07 DY1 # 4F=9(*6F)5D6S=2? 3 @ 24668.59 1.20 DY1 T 36 *7F @ 24668.59 DY1 4F=10(\5I<6)6S6P(*3P<2) (6,2)' 4 @ 24841.04 0.90 DY1 R 38 (\5I)(*3P)#*7H @ 24841.04 DY1 & 7 @ 24906.86 1.14 DY1 R 27 (\5I)(*3P)#*7I @ 24906.86 DY1 & 6 @ 24931.63 1.128 DY1 R 31 (\5I)(*3P)#*7I @ 24931.63 DY1 & 8 @ 24999.58 1.19 DY1 R 44 (\5I)(*3P)#*5K @ 24999.58 DY1 & 5 @ 25082.02* 1.064 DY1 R 33 (\5I)(*3P)#*7H @ 25082.02* DY1 4F=9(*6H)5D=2(\3F)#(*8K)6S? 5 @ 24993.47 1.03 DY1 T 23 *9K @ 24993.47 DY1 # 4F=9(*6H)5D=2(\3P)#(*8I)6S 8 @ 25012.21 1.34 DY1 T 28 *9I @ 25012.21 DY1 # 4F=9(*6H)5D=2(\3P)#(*8H)6S 9 @ 25084.80 1.277 DY1 T 33 *9H @ 25084.80 DY1 4F=10(\5I<5)6S6P(*3P<0) (5,0)' 5 @ 25127.52 1.04 DY1 R 35 (\5I)(*3P)#*7K @ 25127.52 DY1 4F=9(*6F)5D6S=2 4 @ 25203.92 1.242 DY1 T 40 *5G @ 25203.92 DY1 # 4F=9(*6H)5D=2(\3P)#(*8I)6S 7 @ 25268.87 1.28 DY1 T 19 *9I @ 25268.87 DY1 # 4F=9(*6H)5D=2(\3F)#(*8I)6S 7 @ 25567.53 1.288 DY1 T 22 *7I @ 25567.53 DY1 # 4F=9(*6H)5D=2(\3P)#(*8G)6S 6 @ 25670.45 1.33 DY1 T 38 *9G @ 25670.45 DY1 4F=10(\5I<5)6S6P(*3P<1) (5,1)' 4 @ 25687.20 0.94 DY1 R 47 (\5I)(*3P)#*5H @ 25687.20 DY1 & 6 @ 25825.83 1.00 DY1 R 31 (\5I)(*3P)#*7K @ 25825.83 DY1 & 5 @ 25912.63 0.98 DY1 R 39 (\5I)(*3P)#*3H @ 25912.63 DY1 4F=9(*6H)5D=2(\3F)#(*8K)6S? 8 @ 25760.39 1.263 DY1 T 23 *7K @ 25760.39 DY1 # 4F=9(*6H)5D=2(\3F)#(*8F)6S 4 @ 25761.77 1.35 DY1 T 28 *7F @ 25761.77 DY1 # 4F=9(*6H)5D=2(\3F)#(*8I)6S 10 @ 25774.39 1.33 DY1 T 34 *9I @ 25774.39 DY1 # & 6 @ 25868.00 1.30 DY1 # 4F=9(*6H)5D=2(\3F)#(*8F)6S 6 @ 25920.88 1.33 DY1 T 17 *7F @ 25920.88 DY1 # 4F=9(*6F)5D6S=2 5 @ 26135.21 1.22 DY1 T 34 *5H @ 26135.21 DY1 4F=10(\5I<5)6S6P(*3P<2) (5,2)' 3 @ 26607.16 0.58 DY1 R 59 (\5I)(*3P)#*7I @ 26607.16 DY1 & 4 @ 26998.27 0.86 DY1 R 44 (\5I)(*3P)#*7H @ 26998.27 DY1 & 5 @ 27109.93 1.01 DY1 R 21 (\5I)(*3P)#*7I @ 27109.93 DY1 & 6 @ 27199.20 1.16 DY1 R 30 (\5I)(*3P)#*5I @ 27199.20 DY1 & 7 @ 27427.08 1.06 DY1 R 48 (\5I)(*3P)#*5K @ 27427.08 DY1 4F=10(\5I<4)6S6P(*3P<0) (4,0)' 4 @ 26662.41 0.59 DY1 R 64 (\5I)(*3P)#*7K @ 26662.41 DY1 & 8 @ 26868.07 1.24 DY1 # & 3 @ 26886.01 1.02 DY1 # & 9 @ 27014.02 1.23 DY1 # 4F=9(*6F)5D=2(\3F)#(*8F)6S 6 @ 27190.74 1.263 DY1 T 33 *9F @ 27190.74 DY1 # 4F=9(*6H)5D=2(\3P)#(*8G)6S 7 @ 27316.49 1.32 DY1 T 35 *7G @ 27316.49 DY1 # & 8 @ 27319.08 1.22 DY1 4F=10(\5I<4)6S6P(*3P<1) (4,1)' 3 @ 27321.26 0.58 DY1 R 25 (\5I)(*3P)#*5H @ 27321.26 DY1 & 5 @ 27685.87 0.77 DY1 R 44 (\5I)(*3P)#*5K @ 27685.87 DY1 & 4 @ 27751.46 0.81 DY1 R 47 (\5I)(*3P)#*3H @ 27751.46 DY1 & 3 @ 27643.57 1.17 DY1 # 4F=9(*6F)5D6S=2 4 @ 27659.02 1.17 DY1 T 32 *5G @ 27659.02 DY1 # & 4 @ 27714.33 1.032 DY1 4F=10(\5I<7)6S6P(*1P<1) (7,1)' 8 @ 27817.99 1.21 DY1 R 94 (\5I)(*1P)#*5K @ 27817.99 DY1 & 7 @ 27834.93 1.22 DY1 R 85 (\5I)(*1P)#*5I @ 27834.93 DY1 & 6 @ 28119.94 1.198 DY1 R 73 (\5I)(*1P)#*5H @ 28119.94 DY1 & 7 @ 27837.54 1.26 DY1 # 4F=9(*6H)5D=2(\3P)#(*8I)6S 8 @ 27851.43 1.24 DY1 T 28 *7I @ 27851.43 DY1 # 4F=9(*6H)5D=2(\3F)#(*8L)6S 7 @ 27984.50 1.24 DY1 T 27 *9L @ 27984.50 DY1 # & 8 @ 28029.68 1.09 DY1 # & 8 @ 28177.14 1.27 DY1 # & 6 @ 28197.66 1.10 DY1 4F=10(\5I<4)6S6P(*3P<2) (4,2)' 2 @ 28407.01 0.06 DY1 & 3 @ 28694.51 0.55 DY1 R 52 (\5I)(*3P)#*5H @ 28694.51 DY1 & 4 @ 28923.05 0.78 DY1 R 27 (\5I)(*3P)#*3H @ 28923.05 DY1 & 5 @ 29054.36 0.84 DY1 R 39 (\5I)(*3P)#*3I @ 29054.36 DY1 & 6 @ 29447.11 0.90 DY1 R 62 (\5I)(*3P)#*3K @ 29447.11 DY1 & 8 @ 28518.30 1.26 DY1 # & 8 @ 28795.26 1.22 DY1 # & 7 @ 28822.50 1.34 DY1 # & 9 @ 29119.11 1.20 DY1 # & 7 @ 29161.38 1.24 DY1 # & 7 @ 29878.69 1.32 DY1 # & 6 @ 30426.59 1.227 DY1 # & 7 @ 30528.36 1.22 DY1 # & 8 @ 30544.57 1.22 DY1 # & 7 @ 30566.07 1.39 DY1 4F=10(\5I<6)6S6P(*1P<1) (6,1)' 7 @ 30711.70 1.09 DY1 & 6 @ 30778.96 1.17 DY1 R 82 (\5I)(\1P)#*5I @ 30778.96 DY1 & 5 @ DY1 4F=9(*6F)5D=2(\3F)#(*8H)6S 6 @ 30840.73 1.269 DY1 T 11 *7H @ 30840.73 DY1 # & 5 @ 30904.89 1.286 DY1 # & 5 @ 30946.73 1.267 DY1 # & 7 @ 31132.30 1.289 DY1 # & 5 @ 31200.96 1.31 DY1 # & 7 @ 31229.29 1.207 DY1 # & 6 @ 31341.39 1.145 DY1 # & 6 @ 31399.49 1.255 DY1 # & 5 @ 31410.95 1.242 DY1 # & 7 @ 31423.02 1.18 DY1 # & 7 @ 31519.57 1.22 DY1 # & 5 @ 31522.73 1.268 DY1 # & 8 @ 31547.01 DY1 # & 6 @ 31555.97 1.26 DY1 # & 7 @ 31580.28 1.19 DY1 # & 7 @ 31698.32 1.131 DY1 # & 5 @ 31763.85 1.32 DY1 # & 7 @ 31878.42 1.208 DY1 # & 9 @ 31900.74 1.24 DY1 # & 7 @ 31946.72 1.25 DY1 # & 7 @ 32016.83 1.30 DY1 # & 6 @ 32082.00 1.284 DY1 # & 6 @ 32111.44 1.119 DY1 # & 6 @ 32126.16 1.23 DY1 # & 5 @ 32263.16 1.26 DY1 # & 5 @ 32359.02 1.223 DY1 # & 6 @ 32431.61 1.121 DY1 # & 7 @ 32564.97 DY1 # & 6 @ 32607.88 1.227 DY1 # & 9 @ 32711.90 1.203 DY1 # & 6 @ 32790.66 1.175 DY1 # & 6 @ 32834.29 1.195 DY1 # & 5 @ 32889.19 1.138 DY1 # & 7 @ 32920.20 1.235 DY1 # & 9 @ 32927.76 1.187 DY1 # & 6 @ 32970.87 1.177 DY1 4F=10(\5I<5)6S6P(*1P<1) (5,1)' 6 @ DY1 & 5 @ 33025.64 1.01 DY1 & 4 @ 33324.06 0.89 DY1 & 5 @ 33139.24 0.89 DY1 # & 8 @ 33165.77 1.25 DY1 # & 7 @ 33311.52 1.296 DY1 # & 8 @ 33358.83? DY1 # & 5 @ 33652.23 1.16 DY1 # & 8 @ 33721.52 1.25 DY1 # & 5 @ 33788.79 1.31 DY1 # & 5 @ 33871.70 1.17 DY1 # & 5 @ 33947.13 1.307 DY1 # & 4 @ 33952.33 1.30 DY1 # & 4 @ 34038.46 1.30 DY1 # & 4 @ 34137.43 1.18 DY1 # & 7 @ 34213.65 DY1 # & 6 @ 34359.56 1.26 DY1 # & 4 @ 34359.80 1.14 DY1 # & 5 @ 34400.67 1.123 DY1 4F=10(\5I<4)6S6P(*1P<1) (4,1)' 5 @ 34470.70 0.915 DY1 & 4 @ DY1 & 3 @ DY1 & 4 @ 34486.89 1.213 DY1 # & 5 @ 34488.42 1.20 DY1 # & 5 @ 34662.11 1.16 DY1 # 4F=10(\5I)5D6P? 7 @ 34695.42 1.32 DY1 # & 4 @ 34720.68 0.761 DY1 # 4F=10(\5I)5D6P? 8 @ 34755.07 0.18 DY1 # & 6 @ 34770.30 1.195 DY1 # & 6 @ 34793.49 DY1 # & 8 @ 34803.87 1.174 DY1 # & 7 @ 34921.87 1.198 DY1 # & 6 @ 34938.33 1.22 DY1 # 4F=10(\5I)5D6P? 7 @ 34975.00 1.28 DY1 # 4F=10(\5I)5D6P? 8 @ 35029.50 1.29 DY1 # 4F=10(\5I)5D6P? 8 @ 35082.98 1.28 DY1 # & 3 @ 35107.23 1.033 DY1 # 4F=10(\5I)5D6P? 7 @ 35107.28 1.30 DY1 # & 3 @ 35136.67 1.06 DY1 # 4F=10(\5I)5D6P? 9 @ 35221.27 1.236 DY1 # & 3 @ 35231.23 0.958 DY1 # & 4 @ 35316.31 1.272 DY1 # 4F=10(\5I)5D6P? 8 @ 35450.17? DY1 # 4F=10(\5I)6S7P 8 @ 35518.27 1.277 DY1 # 4F=10(\5I)6S7P 9 @ 35580.84? DY1 # & 8 @ 35777.79 1.21 DY1 # 4F=10(\5I)5D6P? 7 @ 35802.73 1.23 DY1 # & 8 @ 35894.36 1.22 DY1 # & 8 @ 35899.94 1.23 DY1 # 4F=10(\5I)5D6P? 10 @ 35945.02 1.22 DY1 # 4F=10(\5I)6S7P 10 @ 36094.42 1.288 DY1 # & 7 @ 36248.02 1.30 DY1 # 4F=10(\5I)5D6P? 9 @ 36260.17 1.183 DY1 # 4F=10(\5I)5D6P? 8 @ 36288.48 1.25 DY1 # 4F=10(\5I)5D6P? 7 @ 36316.42 1.23 DY1 # & 9 @ 36341.53 1.282 DY1 # 4F=10(\5I)6S7P 9 @ 36440.21 D # & 7 @ 36441.99 1.174 DY1 # & 6 @ 36462.09 1.09 DY1 # & 8 @ 36534.04 1.24 DY1 # 4F=10(\5I)6S7P 8 @ 36546.78 1.267 DY1 # & 8 @ 36618.34? DY1 # 4F=10(\5I)5D6P? 10 @ 36640.90 1.17 DY1 # 4F=10(\5I)5D6P? 10 @ 36868.73 1.178 DY1 # & 8 @ 36892.10 1.188 DY1 # & 8 @ 37041.02 1.19 DY1 # 4F=10(\5I)5D6P? 7 @ 37073.86 1.288 DY1 # 4F=10(\5I)5D6P? 9 @ 37090.46 1.208 DY1 # 4F=10(\5I)5D6P? 8 @ 37146.54 1.233 DY1 # 4F=10(\5I)5D6P? 11 @ 37182.98 1.23 DY1 # 4F=10(\5I)5D6P? 8 @ 37355.00 1.12 DY1 # & 7 @ 37360.01 1.185 DY1 # & 7 @ 37366.93 DY1 # 4F=10(\5I)5D6P? 7 @ 37471.09? DY1 # & 7 @ 37587.58 1.23 DY1 # 4F=10(\5I)5D6P? 8 @ 37635.26? DY1 # & 8 @ 37646.28 1.09 DY1 # 4F=10(\5I)5D6P? 8 @ 37721.06 1.199 DY1 # 4F=10(\5I)5D6P? 9 @ 37836.50 1.18 DY1 # 4F=10(\5I)5D6P? 8 @ 37843.38 1.265 DY1 # & 10 @ 38019.12 1.152 DY1 # 4F=10(\5I)5D6P? 9 @ 38102.92 1.19 DY1 # 4F=10(\5I)5D6P? 8 @ 38202.48 1.313 DY1 # 4F=10(\5I)5D6P? 10 @ 38247.38 1.22 DY1 # & 7 @ 38251.55 DY1 # 4F=10(\5I)5D6P? 10 @ 38297.52 1.244 DY1 # 4F=10(\5I)5D6P? 7 @ 38342.48 1.323 DY1 # & 8 @ 38358.88 1.095 DY1 # 4F=10(\5I)5D6P? 7 @ 38362.65 DY1 # 4F=10(\5I)5D6P? 7 @ 38421.29 1.33 DY1 # & 8 @ 38438.87 1.27 DY1 # 4F=10(\5I)5D6P? 9 @ 38563.33 1.254 DY1 # & 7 @ 38779.77 DY1 # & 8 @ 38814.46? DY1 # 4F=10(\5I)5D6P? 8 @ 39135.32 1 194 DY1 # 4F=10(\5I)5D6P? 10 @ 39182.40 1.28 DY1 # & 6 @ 39188.23 DY1 # & 7 @ 39325.28 DY1 # 4F=10(\5I)5D6P? 8 @ 39398.10 1.228 DY1 # 4F=10(\5I)5D6P? 9 @ 39602.47 1.28 DY1 # 4F=10(\5I)5D6P? 8 @ 39714.20 1.184 DY1 # 4F=10(\5I)5D6P? 9 @ 39903.34 1.28 DY1 # 4F=10(\5I)5D6P? 9 @ 40030.48 1.192 DY1 # 4F=9(*6H)5D6S7S 9 @ 40594.03 1.41 DY1 # & 8 @ 40605.98 1.11 DY1 # 4F=9(*6H)5D6S7S 8 @ 41136.59 1.35 DY1 # & 6 @ 41577.18 DY1 # & 7 @ 41642.79 DY1 # 4F=10(\5I)5D6P? 6 @ 41656.46 1.21 DY1 # & 6 @ 42375.03 1.28 DY1 # & 5 @ 42479.83 1.07 DY1 ? :DY#II#(\5I<8)6S>0##(8,+)>8 47900 DY1 4F=10 6S=2 \5I 8 0.00 1.24159DY1 N 94 0.00 DY1 & 7 4134.23 1.17346DY1 N 97 4134.23 DY1 & 6 7050.61 1.07155DY1 N 96 7050.61 DY1 & 5 9211.58 0.911 DY1 N 93 9211.58 DY1 & 4 10925.25 0.618 DY1 N 91 10925.25 DY1 4F=10(\5I<8)5D6S(\3D) !3[8] 9 17514.50 1.316 DY1 N 90 17514.50 DY1 & 8 18903.21 1.22 DY1 N 39 18903.21 DY1 & 7 21074.20* 1.24 DY1 N 38 21074.20* DY1 , !3[7] 8 17613.36 1.33 DY1 N 61 17613.36 DY1 & 7 18937.78 1.28 DY1 N 47 18937.78 DY1 & 6 21159.79 1.24 DY1 N 58 21159.79 DY1 , !3[6] 7 18094.52 1.38 DY1 N 84 18094.52 DY1 & 6 DY1 N 69 DY1 & 5 DY1 N 67 DY1 , !3[9] 10 18462.65 1.282 DY1 N 90 18462.65 DY1 & 9 19240.82 1.217 DY1 N 69 19240.82 DY1 & 8 20193.60 1.16 DY1 N 63 20193.60 DY1 4F=10 6S=2 \3K2 8 19019.15 1.14 DY1 N 57 19019.15 DY1 4F=10(\5I<8)5D6S(\3D) !3[10] 11 19348.72 1.27 DY1 N100 19348.72 DY1 & 10 19797.96 1.21 DY1 N 86 19797.96 DY1 & 9 20209.00 1.14 DY1 N 77 20209.00 DY1 4F=9(*6H>7)6S=2 6P>0 (7+,+) 7 20614.32* 1.32 DY1 N 55 20614.32* DY1 & 8 20789.85 1.32 DY1 N 54 20789.85 DY1 4F=10(\5I<7)5D6S(\3D) !3[7] 8 21603.04 1.26 DY1 N 47 21603.04 DY1 , !3[6] 7 21778.43 1.26 DY1 N 49 21778.43 DY1 4F=10(\5I<8)5D6S(\1D) !1[9] 9 22045.79 1.22 DY1 N 49 22045.79 DY1 , !1[10] 10 22487.14 1.197 DY1 N 68 22487.14 DY1 4F=9(*6H)5D#(*7H<8)6S6P(*3P<0)(8,0)? 8 23031.46 1.37 DY1 4F=9 5D6S6P? 9 23218.59 1.37 DY1 4F=10(\5I<7)5D6S(\3D) 8 23280.46 1.176 DY1 T 37 !3[9] 23280.46 DY1 4F=10(\5I<7)5D6S(\3D)? 6 23333.92 1.16 DY1 T 19 !3[7] 23333.92 DY1 4F=10(\5I<7)5D6S(\3D) 7 23360.66 1.222 DY1 T 26 !3[7] 23360.66 DY1 4F=10 5D6S? 8 23388.95 1.22 DY1 4F=9(*6H>7)6S=2 6P>1 (7+,1+) 8 23534.50 1.31 DY1 N 56 23534.50 DY1 & 7 23591.27 1.26 DY1 N 30 23591.27 DY1 & 9 23780.26 1.34 DY1 N 84 23780.26 DY1 & 6 DY1 N 34 DY1 4F=10(\5I<7)5D6S(\3D) !3[8] 7 23655.36 1.174 DY1 N 55 23655.36 DY1 # 4F=9(*6H>6)6S=2 6P>0? 6 23683.87 1.30 DY1 T 28 (6+,+) 23683.87 30 DY1 # 4F=9 5D6S6P? 7 23799.41 1.38 DY1 # 4F=10(\5I<7)5D6S(\3D) 9 23841.90 1.16 DY1 T 44 !3[9] 23841.90 DY1 # 4F=10 5D6S? 7 23972.34 1.24 DY1 # 4F=10 6S=2 6 24062.88 1.217 DY1 T 44 \3H4 24062.88 DY1 # 4F=10(\5I<7)5D6S(\3D) 6 24302.02 1.20 DY1 T 35 !3[6] 24302.02 DY1 # , 7 24430.27 1.26 DY1 T 30 !3[7] 24430.27 DY1 # 4F=9(*6H>6)6S=2 6P>0 6 24867.17 1.33 DY1 T 27 (6+,+) 24867.17 DY1 # 4F=9 6S=2 6P? 6 24899.06 1.35 DY1 # 4F=9 5D6S6P? 10 24978.98 1.38 DY1 # 4F=9 5D6S6P? 8 25095.66 1.408 DY1 # 4F=10(\5I<6)5D6S(\3D) 7 25502.82 1.16 DY1 T 34 !3[6] 25502.82 DY1 # , 6 25506.38 DY1 T 19 !3[6] 25506.38 DY1 # , 5 25744.35 1.08 DY1 T 37 !3[6] 25744.35 DY1 # 4F=9 5D6S6P? 7 25879.15 1.35 DY1 # & 5 25993.57 1.18 DY1 # & 7 26200.05? DY1 # 4F=9 5D6S6P? 9 26244.60 1.37 DY1 # & 5 26284.69 1.20 DY1 # 4F=9 5D6S6P? 8 26349.49 1.34 DY1 # 4F=9 5D6S6P? 6 26387.81 1.48 DY1 # 4F=9 5D6S6P? 7 26425.15 1.24 DY1 4F=10(\5I<6)5D6S(\3D) !3[7] 8 DY1 N 41 DY1 & 7 26435.71 1.14 DY1 N 46 26435.71 DY1 & 6 DY1 N 70 DY1 & 5 26506.51 1.32 DY1 # & 6 26533.88 1.14 DY1 # 4F=9 5D6S6P? 10 26752.29 1.36 DY1 4F=10(\5I<6)5D6S(\3D) !3[8] 7 DY1 N 85 DY1 & 8 26759.81 DY1 N 64 26759.81 DY1 & 9 DY1 N 49 DY1 4F=9(*6H>6)6S=2 6P>1 (6+,1+) 6 26785.45 1.28 DY1 N 51 26785.45 DY1 & 7 26848.46 1.28 DY1 N 69 26848.46 DY1 & 8 27059.89 1.29 DY1 N 89 27059.89 DY1 & 5 DY1 & 9 26955.00 1.37 DY1 # 4F=9(*6H>6)6S=2 6P>1 6 27068.94 1.22 DY1 T 29 (6+,1+) 27068.94 DY1 # & 9 27390.97 1.35 DY1 # & 8 27445.90 1.34 DY1 # & 7 27462.41 1.413 DY1 # & 6 27474.64 1.35 DY1 # 4F=10(\5I<5)5D6S(\3D) 4 27578.02 0.98 DY1 T 42 !3[5] 27578.02 DY1 # 4F=9 6S=2 6P? 5 27680.12 1.317 DY1 # & 8 27896.80 1.33 DY1 # & 7 27959.98 1.36 DY1 # & 6 27987.90 1.32 DY1 # & 4 28082.47 1.12 DY1 # & 9 28158.51 1.33 DY1 # & 4 28235.74 1.12 DY1 # & 5 28265.78 1.32 DY1 # 4F=9 6S=2 6P? 5 28309.18 1.20 DY1 # & 6 28326.48 1.33 DY1 # & 7 28358.70 1.35 DY1 # 4F=9(*6F>5)6S=2 6P>1 (5+,1+) 5 28379.82 1.40 DY1 N 50 28379.82 DY1 # & 10 28433.41 1.33 DY1 # & 8 28539.57 1.32 DY1 # & 5 28666.31 1.30 DY1 # 4F=9(*6F>5)6S=2 6P>0 (5+,+) 6 28849.06 1.36 DY1 N 69 28849.06 DY1 # & 6 28909.39 1.38 DY1 # & 8 28971.42 1.35 DY1 # & 5 28987.02 1.317 DY1 # & 6 29159.93 1.20 DY1 # & 7 29169.98 1.313 DY1 # & 8 29291.32 1.36 DY1 # & 9 29465.04 1.32 DY1 # & 5 29496.33 1.18 DY1 # & 7 29512.27 1.36 DY1 # 4F=9 6S=2 6P? 7 29532.42 1.24 DY1 # & 3 29626.20 0.82 DY1 # & 6 29682.16 1.36 DY1 # & 10 29706.72 1.32 DY1 # & 9 29714.72 1.31 DY1 # & 11 29742.49 1.34 DY1 # & 8 29841.69 1.32 DY1 # & 7 29877.37 1.38 DY1 # & 6 30015.44 1.287 DY1 # & 5 30033.06 1.34 DY1 # & 6 30102.59 1.29 DY1 # & 10 30106.65 1.28 DY1 # & 7 30163.33 1.36 DY1 # & 7 30444.88 1.30 DY1 # & 9 30459.64 1.26 DY1 # & 6 30475.95 1.34 DY1 # & 5 30512.73 1.29 DY1 4F=10(\5I<8)6S7S(\3S<1) (8,1) 9 30560.56 1.32 DY1 N 99 30560.56 DY1 & 8 30979.53 1.26 DY1 N 92 30979.53 DY1 & 7 31509.12 1.18 DY1 N 99 31509.12 DY1 & 8 30600.15 1.31 DY1 # & 7 30621.87 1.27 DY1 # & 4 30662.79 1.25 DY1 # & 9 30716.06 1.26 DY1 # & 8 30739.79 1.32 DY1 # & 4 30896.57 1.48 DY1 # & 6 30988.25 1.332 DY1 # & 8 31061.18 1.306 DY1 # & 5 31079.52 1.223 DY1 # & 7 31124.80 1.34 DY1 # & 6 31180.01 1.26 DY1 # & 8 31233.57 1.34 DY1 # & 9 31287.04 1.35 DY1 # & 7 31362.62 1.26 DY1 # & 7 31423.04 1.32 DY1 # & 8 31469.00 1.42 DY1 # & 10 31489.64 1.276 DY1 # & 6 31529.68 1.42 DY1 # & 5 31545.99 1.38 DY1 # & 7 31674.08 1.31 DY1 # & 5 31742.14 1.393 DY1 # & 9 31775.65 1.27 DY1 # & 8 31820.28 1.204 DY1 # & 10 31838.24 1.307 DY1 # & 7 32036.51 1.32 DY1 # & 9 32206.27 1.24 DY1 # & 7 32382.29 1.37 DY1 # & 6 32392.59 1.32 DY1 # & 7 32411.25 1.32 DY1 # & 10 32428.08 1.35 DY1 # & 8 32428.66 1.32 DY1 # & 7 32470.81 1.32 DY1 # & 8 32554.86 1.27 DY1 # & 8 32675.52 1.27 DY1 # & 3 32712.54 1.26 DY1 # & 7 32722.87 1.33 DY1 # & 9 32763.21 1.29 DY1 # & 8 32940.47 1.35 DY1 # & 6 32945.30 1.33 DY1 # & 9 33086.26 1.29 DY1 # & 7 33110.16 1.28 DY1 # & 6 33210.13 1.32 DY1 # & 8 33246.13 1.24 DY1 # & 9 33252.28 1.31 DY1 # & 4 33358.79 1.07 DY1 # & 5 33381.16 1.382 DY1 # & 8 33406.06 1.31 DY1 # & 6 33474.30 1.37 DY1 # & 7 33475.72 1.33 DY1 # & 7 33552.39 1.28 DY1 # & 6 33656.96 1.28 DY1 # & 7 33746.82 1.27 DY1 # & 8 33753.11 1.31 DY1 # & 7 33806.12 1.204 DY1 # & 6 33911.02 1.30 DY1 # & 7 34027.70 1.26 DY1 # & 7 34060.16 1.13 DY1 # & 7 34131.12 1.29 DY1 # & 9 34174.66 1.31 DY1 # & 6 34179.68 1.190 DY1 # & 7 34196.55 1.32 DY1 # & 6 34296.69 1.36 DY1 # & 7 34324.66 1.35 DY1 # & 6 34547.46 1.31 DY1 # & 5 34573.07 1.30 DY1 # & 8 34676.95 1.24 DY1 # & 6 34679.75 1.488 DY1 # & 9 34689.19 1.28 DY1 # & 5 34742.71 1.24 DY1 # & 7 34742.84 1.34 DY1 # & 10 34776.04 1.278 DY1 # & 9 34829.30 1.27 DY1 # & 5 34841.48 1.36 DY1 # & 7 34843.11 1.29 DY1 4F=10(\5I<7)6S7S(\3S<1) (7,1) 8 34922.08 1.27 DY1 N 97 34922.08 DY1 & 7 35135.33 1.20 DY1 N 96 35135.33 DY1 & 6 35421.17 1.10 DY1 N 97 35421.17 DY1 & 7 35003.75 1.31 DY1 # & 8 35053.56 1.32 DY1 # & 3 35141.43 0.98 DY1 # & 5 35184.56 1.30 DY1 # & 9 35219.85 1.28 DY1 # & 7 35221.98 1.32 DY1 # & 8 35249.13 1.32 DY1 # & 5 35354.27 1.38 DY1 # & 8 35377.51 1.28 DY1 # & 10 35385.78 1.27 DY1 # & 5 35523.35 1.16 DY1 # & 5 35578.47 1.21 DY1 # & 7 35695.77 1.34 DY1 # & 7 35737.77 1.20 DY1 # & 6 35744.63 1.32 DY1 # & 9 35762.55 1.32 DY1 # & 7 35866.60 1.24 DY1 # & 8 35938.74 1.35 DY1 # & 9 35940.35 1.32 DY1 # & 6 35970.10 1.40 DY1 # & 6 36093.54 1.27 DY1 # & 7 36119.46 1.25 DY1 # & 8 36308.08 1.27 DY1 # & 6 36365.09 DY1 # & 8 36392.11 1.33 DY1 # & 7 36417.25 1.29 DY1 # & 9 36487.20 1.31 DY1 # & 10 36490.07 1.25 DY1 # & 7 36491.05 DY1 # & 7 36508.79 1.34 DY1 # & 8 36553.84 1.38 DY1 # & 8 36599.44 1.29 DY1 # & 7 36608.28 1.18 DY1 # & 6 36612.84 1.262 DY1 4F=10(\5I<7)6S7S(\1S<0) (7,0) 7 36667.78 DY1 N 91 36667.78 DY1 & 9 36708.15 1.32 DY1 # & 9 36717.57 1.29 DY1 # 4F=10 6S6D? 8 36760.64 1.24 DY1 # & 8 36807.39 1.34 DY1 # & 9 36822.27 1.25 DY1 # & 7 36865.40 1.31 DY1 # 4F=10 6S6D? 10 36905.44 1.25 DY1 # & 7 36924.54 1.22 DY1 # & 8 36954.35 1.30 DY1 # 4F=10 6S6D? 9 36964.32 1.21 DY1 # 4F=10 6S6D? 10 37007.58 1.22 DY1 # & 7 37015.22 1.27 DY1 # 4F=10(\5I<8)6S6D(\3D)? 11 37039.00 1.28 DY1 # & 6 37058.60 1.31 DY1 # & 8 37087.47 1.33 DY1 # & 9 37121.97 1.27 DY1 # & 6 37125.45 1.33 DY1 # & 7 37135.33 1.20 DY1 # & 6 37163.16 1.29 DY1 # & 5 37182.19 1.26 DY1 # & 7 37212.06 1.30 DY1 # & 5 37231.26 1.26 DY1 # & 7 37295.97 1.28 DY1 # & 11 37299.36 1.26 DY1 # & 6 37324.62 1.24 DY1 # 4F=10 6S6D? 8 37339.89 1.25 DY1 # & 7 37366.09 1.32 DY1 # & 8 37398.46 1.25 DY1 # & 5 37472.68 1.34 DY1 # & 7 37501.58 1.243 DY1 # & 8 37527.15 1.24 DY1 # & 7 37551.19 1.30 DY1 # & 5 37559.17 1.27 DY1 # 4F=10 6S6D? 9 37591.83 1.212 DY1 # & 7 37607.89 1.29 DY1 # & 5 37646.62 1.20 DY1 # & 6 37650.98 1.4 DY1 # & 8 37676.89 1.32 DY1 # & 7 37694.25 1.26 DY1 # 4F=10 6S6D? 10 37706.12 1.203 DY1 # & 9 37751.03 1.29 DY1 # & 7 37751.34 DY1 # 4F=10 6S6D? 8 37820.22 1.14 DY1 # & 8 37841.84 1.29 DY1 # & 6 37856.42 1.247 DY1 # & 9 37933.63 1.377 DY1 # & 7 37980.03 1.191 DY1 # & 8 37992.78 1.187 DY1 # & 7 38054.61 1.333 DY1 4F=10(\5I<6)6S7S(\3S<1) (6,1) 6 38070.03 1.11 DY1 N 95 38070.03 DY1 & 5 38093.85 1.08 DY1 N 96 38093.85 DY1 & 7 38123.30 1.20 DY1 N 91 38123.30 DY1 & 8 38078.12 1.19 DY1 # & 5 38101.89 1.20 DY1 # & 8 38150.52 1.38 DY1 # & 5 38164.83 1.257 DY1 # & 6 38214.81 1.22 DY1 # & 8 38254.97 1.29 DY1 # & 7 38264.28 1.34 DY1 # & 9 38285.36 1.25 DY1 # & 10 38329.91 1.30 DY1 # & 5 38334.20 DY1 # & 8 38356.27 1.36 DY1 # & 7 38366.31 1.333 DY1 # & 4 38431.81 1.26 DY1 # & 9 38444.35 1.28 DY1 # & 7 38452.46 1.238 DY1 # & 7 38515.31 1.298 DY1 # & 8 38516.86 1.222 DY1 # & 7 38524.52 1.34 DY1 # & 8 38551.45 1.25 DY1 # & 5 38673.50 1.30 DY1 # & 9 38674.91 1.28 DY1 # & 6 38715.04 1.26 DY1 # & 7 38737.66 1.29 DY1 # & 6 38852.60 1.19 DY1 # & 7 38861.55 DY1 # & 8 38870.01 1.25 DY1 # & 5 38890.92 DY1 # & 7 38954.01 1.31 DY1 # & 5 38964.68 1.28 DY1 # & 8 38973.45 1.24 DY1 # & 9 39035.85 1.24 DY1 # & 5 39048.18 1.38 DY1 # & 7 39078.14 1.28 DY1 # & 4 39084.97 1.33 DY1 # & 8 39096.06 DY1 # & 7 39097.74 1.21 DY1 # & 9 39120.61 1.34 DY1 # & 10 39176.58 1.26 DY1 # & 5 39201.13 1.10 DY1 # & 9 39332.82 1.28 DY1 # & 7 39332.97 1.29 DY1 # & 8 39376.93 1.33 DY1 # & 4 39378.71 0.98 DY1 # & 5 39411.02 1.272 DY1 # & 4 39420.80 1.20 DY1 # & 4 39430.94 1.14 DY1 # & 9 39513.68 1.30 DY1 # & 7 39516.88 1.288 DY1 4F=10(\5I<6)6S7S(\1S<0) (6,0) 6 39545.90 DY1 N 84 39545.90 DY1 & 10 39573.04 1.28 DY1 # & 11 39627.83 1.27 DY1 # & 7 39681.94 1.32 DY1 # & 9 39692.49 1.25 DY1 # & 5 39748.26 1.25 DY1 # & 10 39750.08 1.29 DY1 # & 7 39777.62 1.253 DY1 # & 5 39780.02 1.29 DY1 # & 6 39786.30 1.25 DY1 # & 6 39849.81 1.33 DY1 # & 4 39853.98 1.39 DY1 # & 9 39895.76 1.24 DY1 # & 8 39909.55 1.28 DY1 # & 10 40005.82 1.23 DY1 4F=10(\5I<5)6S7S(\3S<1) (5,1) 4 40023.04 0.82 DY1 N 96 40023.04 DY1 & 5 40213.21 0.968 DY1 N 92 40213.21 DY1 & 6 40520.48 1.18 DY1 N 83 40520.48 DY1 & 7 40245.78 1.28 DY1 # & 3 40295.08 1.28 DY1 # & 7 40396.05 1.31 DY1 # & 6 40410.19 1.31 DY1 # & 8 40472.96 1.25 DY1 # & 6 40491.53 DY1 # & 3 40621.22 1.03 DY1 # & 4 40625.90 1.26 DY1 # & 8 40639.33 1.268 DY1 # & 9 40683.59 1.29 DY1 # & 3 40782.04 1.30 DY1 # & 5 40796.42 1.30 DY1 # & 8 40833.31 1.26 DY1 # & 4 40835.60 1.34 DY1 # & 8 40871.39 1.24 DY1 # & 4 40924.80 1.24 DY1 # & 5 40931.58 1.30 DY1 # & 4 40973.37 1.14 DY1 # & 3 40983.60 1.20 DY1 # & 9 41029.59 1.222 DY1 # & 8 41037.23 DY1 # & 7 41053.08 DY1 # & 8 41098.71 1.25 DY1 # & 9 41135.13 1.316 DY1 # & 8 41203.90 1.26 DY1 # & 9 41210.30 1.25 DY1 # & 9 41235.96 1.222 DY1 # & 7 41371.37 1.23 DY1 # & 8 41383.00 DY1 # & 4 41458.22 1.22 DY1 4F=10(\5I<4)6S7S(\3S<1) (4,1) 3 41492.41 0.44 DY1 N 99 41492.41 DY1 & 4 41859.44 0.80 DY1 N 92 41859.44 DY1 & 5 42490.50 1.00 DY1 N 81 42490.50 DY1 & 7 41503.84 1.27 DY1 # & 8 41638.55 DY1 # & 4 41957.18 1.22 DY1 # & 4 42146.02 1.22 DY1 # & 3 42220.12 1.26 DY1 # & 4 42236.05 1.22 DY1 # & 10 42668.10 1.35 DY1 # & 4 42892.94 1.12 DY1 # & 8 42921.39 DY1 # & 4 42940.96 1.23 DY1 # & 7 42984.71 1.21 DY1 # & 5 43020.84 1.30 DY1 # & 7 43222.10 DY1 # & 8 43728.57 DY1 # & 8 44487.65 DY1 # & 6 45703.64 DY1 # & 7 46391.45 DY1 # & 8 47354.04 DY1 ? :DY#II#(\5I<8)6S>0##(8,+)>8 47900 DY1