*** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly JANUARY 1 16 9 37 - 20 51 33 4.16 137.45 272.99 16.94 252.47 8.21 -21.79 0.15 100.83 36.11 0.9405 -0.9857 2 16 12 30 - 20 59 42 4.18 137.95 263.41 16.77 242.75 7.92 -21.98 0.15 100.55 35.94 0.9395 -0.9854 3 16 15 24 - 21 7 41 4.19 138.44 253.83 16.61 233.02 7.63 -22.18 0.15 100.28 35.76 0.9385 -0.9850 4 16 18 19 - 21 15 30 4.20 138.93 244.25 16.44 223.29 7.34 -22.38 0.16 100.00 35.58 0.9375 -0.9846 5 16 21 14 - 21 23 7 4.21 139.43 234.67 16.28 213.57 7.04 -22.57 0.16 99.71 35.39 0.9364 -0.9842 6 16 24 9 - 21 30 34 4.23 139.92 225.09 16.11 203.84 6.75 -22.77 0.16 99.43 35.20 0.9354 -0.9838 7 16 27 5 - 21 37 49 4.24 140.42 215.51 15.94 194.12 6.45 -22.96 0.17 99.14 35.00 0.9344 -0.9833 8 16 30 1 - 21 44 54 4.25 140.92 205.93 15.76 184.39 6.15 -23.16 0.17 98.85 34.80 0.9333 -0.9829 9 16 32 58 - 21 51 48 4.26 141.41 196.35 15.59 174.67 5.86 -23.35 0.17 98.57 34.59 0.9323 -0.9825 10 16 35 55 - 21 58 30 4.28 141.91 186.77 15.42 164.94 5.56 -23.55 0.18 98.27 34.38 0.9312 -0.9821 11 16 38 52 - 22 5 1 4.29 142.41 177.20 15.24 155.22 5.26 -23.74 0.18 97.98 34.16 0.9302 -0.9817 12 16 41 50 - 22 11 20 4.30 142.91 167.62 15.06 145.49 4.96 -23.94 0.19 97.69 33.94 0.9291 -0.9813 13 16 44 48 - 22 17 28 4.32 143.41 158.04 14.89 135.77 4.66 -24.13 0.19 97.39 33.71 0.9280 -0.9808 14 16 47 46 - 22 23 23 4.33 143.92 148.46 14.71 126.05 4.35 -24.32 0.19 97.10 33.47 0.9269 -0.9804 15 16 50 45 - 22 29 8 4.35 144.42 138.88 14.53 116.32 4.05 -24.52 0.20 96.80 33.24 0.9258 -0.9800 16 16 53 44 - 22 34 40 4.36 144.92 129.30 14.34 106.60 3.75 -24.71 0.20 96.50 32.99 0.9247 -0.9796 17 16 56 44 - 22 39 60 4.37 145.43 119.72 14.16 96.88 3.44 -24.90 0.20 96.20 32.74 0.9235 -0.9792 18 16 59 44 - 22 45 8 4.39 145.93 110.14 13.97 87.15 3.14 -25.09 0.21 95.90 32.49 0.9224 -0.9787 19 17 2 44 - 22 50 4 4.40 146.44 100.56 13.79 77.43 2.83 -25.28 0.21 95.59 32.23 0.9212 -0.9783 20 17 5 44 - 22 54 48 4.42 146.94 90.99 13.60 67.71 2.53 -25.48 0.21 95.29 31.97 0.9201 -0.9779 21 17 8 45 - 22 59 19 4.43 147.45 81.41 13.41 57.98 2.22 -25.67 0.22 94.98 31.70 0.9189 -0.9775 22 17 11 46 - 23 3 38 4.45 147.96 71.83 13.22 48.26 1.92 -25.86 0.22 94.68 31.43 0.9177 -0.9770 23 17 14 48 - 23 7 45 4.46 148.47 62.25 13.03 38.54 1.61 -26.05 0.23 94.37 31.15 0.9166 -0.9766 24 17 17 50 - 23 11 39 4.48 148.98 52.67 12.84 28.81 1.30 -26.24 0.23 94.06 30.87 0.9154 -0.9762 25 17 20 52 - 23 15 20 4.49 149.49 43.09 12.64 19.09 1.00 -26.43 0.23 93.75 30.58 0.9141 -0.9758 26 17 23 54 - 23 18 49 4.51 150.00 33.51 12.45 9.36 0.69 -26.61 0.24 93.44 30.29 0.9129 -0.9753 27 17 26 57 - 23 22 5 4.52 150.51 23.93 12.25 359.64 0.38 -26.80 0.24 93.13 29.99 0.9117 -0.9749 28 17 29 60 - 23 25 8 4.54 151.03 14.35 12.06 349.91 0.07 -26.99 0.25 92.82 29.69 0.9104 -0.9745 29 17 33 3 - 23 27 58 4.55 151.54 4.78 11.86 340.18 -0.24 -27.18 0.25 92.51 29.39 0.9092 -0.9741 30 17 36 7 - 23 30 36 4.57 152.06 355.20 11.66 330.46 -0.54 -27.37 0.26 92.19 29.08 0.9079 -0.9737 31 17 39 10 - 23 33 0 4.59 152.57 345.62 11.46 320.73 -0.85 -27.55 0.26 91.88 28.77 0.9066 -0.9733 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 1 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly FEBRUARY 1 17 42 14 - 23 35 11 4.60 153.09 336.04 11.26 311.00 -1.16 -27.74 0.26 91.56 28.45 0.9054 -0.9729 2 17 45 18 - 23 37 10 4.62 153.61 326.46 11.05 301.28 -1.47 -27.93 0.27 91.25 28.13 0.9040 -0.9725 3 17 48 23 - 23 38 54 4.64 154.12 316.88 10.85 291.55 -1.78 -28.11 0.27 90.93 27.80 0.9027 -0.9721 4 17 51 27 - 23 40 26 4.65 154.64 307.30 10.64 281.82 -2.09 -28.30 0.28 90.62 27.47 0.9014 -0.9717 5 17 54 32 - 23 41 45 4.67 155.16 297.72 10.44 272.09 -2.39 -28.48 0.28 90.30 27.14 0.9001 -0.9713 6 17 57 37 - 23 42 50 4.69 155.69 288.14 10.23 262.36 -2.70 -28.67 0.29 89.99 26.80 0.8987 -0.9709 7 18 0 42 - 23 43 42 4.70 156.21 278.56 10.02 252.62 -3.01 -28.85 0.29 89.67 26.46 0.8974 -0.9705 8 18 3 47 - 23 44 21 4.72 156.73 268.98 9.81 242.89 -3.32 -29.04 0.30 89.35 26.11 0.8960 -0.9702 9 18 6 53 - 23 44 46 4.74 157.25 259.40 9.60 233.16 -3.62 -29.22 0.30 89.04 25.76 0.8946 -0.9698 10 18 9 58 - 23 44 58 4.76 157.78 249.82 9.39 223.42 -3.93 -29.40 0.31 88.72 25.41 0.8932 -0.9694 11 18 13 4 - 23 44 56 4.77 158.30 240.23 9.18 213.69 -4.24 -29.58 0.31 88.41 25.05 0.8918 -0.9691 12 18 16 10 - 23 44 41 4.79 158.83 230.65 8.96 203.95 -4.54 -29.77 0.32 88.09 24.69 0.8903 -0.9687 13 18 19 16 - 23 44 13 4.81 159.36 221.07 8.75 194.22 -4.85 -29.95 0.32 87.77 24.33 0.8889 -0.9684 14 18 22 21 - 23 43 31 4.83 159.89 211.49 8.53 184.48 -5.15 -30.13 0.33 87.46 23.96 0.8875 -0.9681 15 18 25 27 - 23 42 35 4.85 160.42 201.91 8.31 174.74 -5.46 -30.31 0.33 87.14 23.59 0.8860 -0.9677 16 18 28 33 - 23 41 27 4.87 160.95 192.32 8.10 165.00 -5.76 -30.49 0.34 86.83 23.22 0.8845 -0.9674 17 18 31 39 - 23 40 4 4.88 161.48 182.74 7.88 155.26 -6.06 -30.67 0.34 86.52 22.84 0.8830 -0.9671 18 18 34 46 - 23 38 28 4.90 162.01 173.16 7.66 145.52 -6.36 -30.84 0.35 86.20 22.46 0.8815 -0.9668 19 18 37 52 - 23 36 39 4.92 162.54 163.57 7.44 135.78 -6.66 -31.02 0.35 85.89 22.08 0.8800 -0.9665 20 18 40 58 - 23 34 37 4.94 163.08 153.99 7.22 126.03 -6.96 -31.20 0.36 85.58 21.69 0.8785 -0.9663 21 18 44 4 - 23 32 20 4.96 163.61 144.41 6.99 116.29 -7.26 -31.38 0.36 85.27 21.30 0.8770 -0.9660 22 18 47 10 - 23 29 51 4.98 164.15 134.82 6.77 106.54 -7.56 -31.55 0.37 84.96 20.91 0.8754 -0.9657 23 18 50 16 - 23 27 8 5.00 164.68 125.24 6.55 96.79 -7.86 -31.73 0.37 84.65 20.51 0.8738 -0.9655 24 18 53 22 - 23 24 12 5.02 165.22 115.65 6.32 87.04 -8.16 -31.91 0.38 84.34 20.11 0.8723 -0.9653 25 18 56 28 - 23 21 2 5.04 165.76 106.07 6.09 77.29 -8.45 -32.08 0.38 84.03 19.71 0.8707 -0.9650 26 18 59 34 - 23 17 39 5.06 166.30 96.48 5.87 67.54 -8.75 -32.25 0.39 83.72 19.31 0.8691 -0.9648 27 19 2 40 - 23 14 3 5.08 166.84 86.89 5.64 57.79 -9.04 -32.43 0.40 83.42 18.90 0.8675 -0.9646 28 19 5 46 - 23 10 13 5.10 167.38 77.31 5.41 48.03 -9.33 -32.60 0.40 83.11 18.49 0.8658 -0.9644 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 2 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly MARCH 1 19 8 52 - 23 6 10 5.12 167.92 67.72 5.18 38.27 -9.62 -32.78 0.41 82.81 18.08 0.8642 -0.9642 2 19 11 58 - 23 1 54 5.14 168.47 58.13 4.95 28.52 -9.91 -32.95 0.41 82.51 17.66 0.8625 -0.9641 3 19 15 4 - 22 57 25 5.17 169.01 48.54 4.72 18.76 -10.20 -33.12 0.42 82.21 17.25 0.8609 -0.9639 4 19 18 9 - 22 52 43 5.19 169.56 38.95 4.49 8.99 -10.49 -33.29 0.43 81.91 16.83 0.8592 -0.9638 5 19 21 15 - 22 47 47 5.21 170.10 29.36 4.26 359.23 -10.77 -33.46 0.43 81.61 16.41 0.8575 -0.9637 6 19 24 20 - 22 42 39 5.23 170.65 19.77 4.02 349.47 -11.06 -33.63 0.44 81.32 15.98 0.8558 -0.9636 7 19 27 26 - 22 37 18 5.25 171.20 10.18 3.79 339.70 -11.34 -33.80 0.44 81.02 15.55 0.8541 -0.9635 8 19 30 31 - 22 31 44 5.27 171.75 0.59 3.55 329.93 -11.62 -33.97 0.45 80.73 15.13 0.8523 -0.9634 9 19 33 36 - 22 25 57 5.30 172.30 351.00 3.32 320.16 -11.90 -34.14 0.46 80.44 14.69 0.8506 -0.9633 10 19 36 40 - 22 19 58 5.32 172.85 341.40 3.08 310.39 -12.18 -34.31 0.46 80.15 14.26 0.8488 -0.9633 11 19 39 45 - 22 13 45 5.34 173.40 331.81 2.85 300.62 -12.46 -34.47 0.47 79.86 13.83 0.8471 -0.9632 12 19 42 49 - 22 7 21 5.36 173.95 322.21 2.61 290.84 -12.73 -34.64 0.48 79.58 13.39 0.8453 -0.9632 13 19 45 53 - 22 0 44 5.39 174.50 312.62 2.37 281.06 -13.00 -34.81 0.48 79.29 12.95 0.8435 -0.9632 14 19 48 57 - 21 53 54 5.41 175.06 303.02 2.13 271.29 -13.27 -34.97 0.49 79.01 12.51 0.8417 -0.9632 15 19 52 1 - 21 46 53 5.43 175.62 293.43 1.89 261.50 -13.54 -35.14 0.49 78.73 12.07 0.8399 -0.9633 16 19 55 5 - 21 39 39 5.46 176.17 283.83 1.66 251.72 -13.81 -35.30 0.50 78.46 11.62 0.8381 -0.9633 17 19 58 8 - 21 32 13 5.48 176.73 274.23 1.42 241.94 -14.07 -35.46 0.51 78.18 11.18 0.8363 -0.9634 18 20 1 11 - 21 24 35 5.50 177.29 264.63 1.17 232.15 -14.34 -35.62 0.52 77.91 10.73 0.8344 -0.9635 19 20 4 14 - 21 16 45 5.53 177.85 255.03 0.93 222.36 -14.60 -35.79 0.52 77.64 10.28 0.8326 -0.9636 20 20 7 16 - 21 8 43 5.55 178.41 245.43 0.69 212.57 -14.86 -35.95 0.53 77.37 9.83 0.8307 -0.9637 21 20 10 19 - 21 0 30 5.58 178.97 235.83 0.45 202.78 -15.11 -36.11 0.54 77.11 9.38 0.8289 -0.9638 22 20 13 21 - 20 52 5 5.60 179.53 226.23 0.21 192.99 -15.37 -36.27 0.54 76.84 8.93 0.8270 -0.9640 23 20 16 22 - 20 43 28 5.63 180.09 216.63 -0.04 183.19 -15.62 -36.42 0.55 76.58 8.47 0.8251 -0.9642 24 20 19 24 - 20 34 40 5.65 180.66 207.02 -0.28 173.39 -15.87 -36.58 0.56 76.33 8.02 0.8232 -0.9644 25 20 22 25 - 20 25 41 5.68 181.22 197.42 -0.52 163.59 -16.11 -36.74 0.56 76.07 7.56 0.8213 -0.9646 26 20 25 26 - 20 16 31 5.70 181.79 187.81 -0.77 153.79 -16.36 -36.90 0.57 75.82 7.10 0.8194 -0.9648 27 20 28 27 - 20 7 9 5.73 182.36 178.21 -1.01 143.99 -16.60 -37.05 0.58 75.57 6.64 0.8175 -0.9651 28 20 31 27 - 19 57 36 5.75 182.92 168.60 -1.26 134.18 -16.84 -37.21 0.59 75.32 6.18 0.8156 -0.9653 29 20 34 27 - 19 47 53 5.78 183.49 158.99 -1.50 124.37 -17.08 -37.36 0.59 75.08 5.72 0.8136 -0.9656 30 20 37 27 - 19 37 58 5.80 184.06 149.38 -1.75 114.56 -17.31 -37.52 0.60 74.83 5.26 0.8117 -0.9659 31 20 40 26 - 19 27 54 5.83 184.63 139.77 -1.99 104.75 -17.54 -37.67 0.61 74.59 4.80 0.8098 -0.9662 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 3 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly APRIL 1 20 43 25 - 19 17 38 5.86 185.21 130.16 -2.24 94.93 -17.77 -37.82 0.62 74.36 4.33 0.8078 -0.9666 2 20 46 24 - 19 7 12 5.88 185.78 120.55 -2.48 85.12 -18.00 -37.98 0.62 74.12 3.87 0.8059 -0.9670 3 20 49 23 - 18 56 36 5.91 186.35 110.94 -2.73 75.30 -18.22 -38.13 0.63 73.89 3.40 0.8039 -0.9673 4 20 52 21 - 18 45 51 5.94 186.93 101.32 -2.98 65.48 -18.44 -38.28 0.64 73.67 2.94 0.8020 -0.9677 5 20 55 19 - 18 34 55 5.97 187.50 91.71 -3.22 55.65 -18.66 -38.43 0.65 73.44 2.47 0.8000 -0.9681 6 20 58 17 - 18 23 49 5.99 188.08 82.09 -3.47 45.83 -18.87 -38.58 0.65 73.22 2.00 0.7980 -0.9686 7 21 1 14 - 18 12 34 6.02 188.65 72.47 -3.72 36.00 -19.09 -38.72 0.66 73.00 1.53 0.7961 -0.9690 8 21 4 11 - 18 1 9 6.05 189.23 62.85 -3.96 26.17 -19.29 -38.87 0.67 72.79 1.07 0.7941 -0.9695 9 21 7 7 - 17 49 35 6.08 189.81 53.23 -4.21 16.34 -19.50 -39.02 0.68 72.58 0.60 0.7921 -0.9700 10 21 10 3 - 17 37 52 6.11 190.39 43.61 -4.46 6.51 -19.70 -39.16 0.69 72.37 0.13 0.7902 -0.9705 11 21 12 59 - 17 25 60 6.13 190.97 33.99 -4.70 356.67 -19.90 -39.31 0.69 72.16 359.66 0.7882 -0.9710 12 21 15 55 - 17 13 58 6.16 191.56 24.36 -4.95 346.83 -20.09 -39.45 0.70 71.96 359.19 0.7862 -0.9716 13 21 18 50 - 17 1 49 6.19 192.14 14.74 -5.20 337.00 -20.29 -39.59 0.71 71.76 358.72 0.7843 -0.9721 14 21 21 45 - 16 49 30 6.22 192.72 5.11 -5.44 327.15 -20.47 -39.73 0.72 71.56 358.25 0.7823 -0.9727 15 21 24 39 - 16 37 3 6.25 193.31 355.48 -5.69 317.31 -20.66 -39.88 0.73 71.37 357.78 0.7803 -0.9733 16 21 27 33 - 16 24 28 6.28 193.89 345.86 -5.94 307.47 -20.84 -40.02 0.74 71.18 357.31 0.7784 -0.9739 17 21 30 27 - 16 11 45 6.31 194.48 336.22 -6.18 297.62 -21.02 -40.15 0.74 71.00 356.84 0.7764 -0.9745 18 21 33 20 - 15 58 54 6.34 195.07 326.59 -6.43 287.77 -21.19 -40.29 0.75 70.81 356.38 0.7745 -0.9751 19 21 36 13 - 15 45 55 6.37 195.65 316.96 -6.68 277.92 -21.36 -40.43 0.76 70.63 355.91 0.7726 -0.9757 20 21 39 5 - 15 32 48 6.40 196.24 307.33 -6.92 268.07 -21.53 -40.57 0.77 70.46 355.44 0.7706 -0.9764 21 21 41 57 - 15 19 34 6.43 196.83 297.69 -7.17 258.22 -21.69 -40.70 0.78 70.29 354.97 0.7687 -0.9770 22 21 44 49 - 15 6 12 6.46 197.42 288.05 -7.41 248.36 -21.85 -40.84 0.79 70.12 354.50 0.7668 -0.9777 23 21 47 41 - 14 52 44 6.49 198.02 278.41 -7.66 238.50 -22.01 -40.97 0.80 69.95 354.04 0.7649 -0.9784 24 21 50 32 - 14 39 8 6.52 198.61 268.77 -7.90 228.65 -22.16 -41.10 0.80 69.79 353.57 0.7629 -0.9791 25 21 53 23 - 14 25 25 6.56 199.20 259.13 -8.15 218.78 -22.31 -41.23 0.81 69.63 353.11 0.7610 -0.9798 26 21 56 13 - 14 11 35 6.59 199.80 249.49 -8.39 208.92 -22.46 -41.37 0.82 69.47 352.64 0.7592 -0.9805 27 21 59 3 - 13 57 38 6.62 200.39 239.85 -8.64 199.06 -22.60 -41.50 0.83 69.32 352.18 0.7573 -0.9812 28 22 1 53 - 13 43 36 6.65 200.99 230.20 -8.88 189.19 -22.73 -41.62 0.84 69.17 351.71 0.7554 -0.9819 29 22 4 43 - 13 29 26 6.68 201.58 220.55 -9.12 179.33 -22.87 -41.75 0.85 69.03 351.25 0.7535 -0.9826 30 22 7 32 - 13 15 11 6.72 202.18 210.90 -9.36 169.46 -23.00 -41.88 0.86 68.89 350.79 0.7517 -0.9833 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 4 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly MAY 1 22 10 20 - 13 0 50 6.75 202.78 201.25 -9.61 159.59 -23.12 -42.01 0.87 68.75 350.33 0.7499 -0.9840 2 22 13 9 - 12 46 23 6.78 203.38 191.60 -9.85 149.72 -23.24 -42.13 0.88 68.62 349.87 0.7480 -0.9848 3 22 15 57 - 12 31 51 6.82 203.98 181.95 -10.09 139.85 -23.36 -42.26 0.89 68.49 349.41 0.7462 -0.9855 4 22 18 45 - 12 17 13 6.85 204.58 172.29 -10.33 129.97 -23.47 -42.38 0.90 68.36 348.96 0.7444 -0.9862 5 22 21 32 - 12 2 30 6.89 205.18 162.63 -10.57 120.10 -23.58 -42.50 0.90 68.24 348.50 0.7427 -0.9869 6 22 24 19 - 11 47 42 6.92 205.78 152.98 -10.80 110.23 -23.68 -42.62 0.91 68.12 348.05 0.7409 -0.9876 7 22 27 6 - 11 32 49 6.95 206.39 143.32 -11.04 100.35 -23.78 -42.74 0.92 68.00 347.60 0.7392 -0.9883 8 22 29 52 - 11 17 51 6.99 206.99 133.65 -11.28 90.47 -23.88 -42.86 0.93 67.89 347.15 0.7374 -0.9890 9 22 32 38 - 11 2 50 7.02 207.60 123.99 -11.51 80.60 -23.97 -42.98 0.94 67.78 346.70 0.7357 -0.9897 10 22 35 23 - 10 47 43 7.06 208.20 114.32 -11.75 70.72 -24.06 -43.09 0.95 67.67 346.25 0.7341 -0.9904 11 22 38 9 - 10 32 33 7.09 208.81 104.66 -11.98 60.84 -24.14 -43.21 0.96 67.57 345.81 0.7324 -0.9911 12 22 40 53 - 10 17 19 7.13 209.42 94.99 -12.22 50.96 -24.22 -43.32 0.97 67.47 345.37 0.7307 -0.9917 13 22 43 38 - 10 2 1 7.17 210.02 85.32 -12.45 41.08 -24.29 -43.44 0.98 67.38 344.93 0.7291 -0.9923 14 22 46 22 - 9 46 39 7.20 210.63 75.65 -12.68 31.20 -24.36 -43.55 0.99 67.29 344.49 0.7275 -0.9930 15 22 49 6 - 9 31 14 7.24 211.24 65.97 -12.91 21.32 -24.43 -43.66 1.00 67.20 344.05 0.7259 -0.9936 16 22 51 49 - 9 15 46 7.28 211.85 56.30 -13.14 11.44 -24.49 -43.77 1.01 67.11 343.62 0.7244 -0.9942 17 22 54 32 - 9 0 15 7.31 212.46 46.62 -13.37 1.56 -24.55 -43.87 1.02 67.03 343.19 0.7229 -0.9947 18 22 57 15 - 8 44 41 7.35 213.07 36.94 -13.60 351.68 -24.60 -43.98 1.03 66.96 342.76 0.7214 -0.9953 19 22 59 58 - 8 29 4 7.39 213.69 27.26 -13.83 341.79 -24.65 -44.09 1.04 66.88 342.34 0.7199 -0.9958 20 23 2 40 - 8 13 24 7.43 214.30 17.57 -14.05 331.91 -24.69 -44.19 1.05 66.81 341.91 0.7184 -0.9963 21 23 5 22 - 7 57 42 7.46 214.91 7.89 -14.28 322.03 -24.73 -44.29 1.06 66.75 341.49 0.7170 -0.9968 22 23 8 3 - 7 41 57 7.50 215.53 358.20 -14.50 312.15 -24.76 -44.39 1.07 66.69 341.08 0.7156 -0.9972 23 23 10 44 - 7 26 11 7.54 216.14 348.52 -14.72 302.27 -24.79 -44.50 1.08 66.63 340.66 0.7142 -0.9976 24 23 13 25 - 7 10 22 7.58 216.76 338.82 -14.94 292.39 -24.82 -44.59 1.09 66.57 340.25 0.7128 -0.9980 25 23 16 6 - 6 54 32 7.62 217.37 329.13 -15.16 282.51 -24.84 -44.69 1.10 66.52 339.84 0.7115 -0.9984 26 23 18 46 - 6 38 40 7.66 217.99 319.44 -15.38 272.63 -24.86 -44.79 1.11 66.47 339.44 0.7102 -0.9987 27 23 21 26 - 6 22 46 7.70 218.61 309.74 -15.59 262.75 -24.87 -44.88 1.12 66.43 339.04 0.7089 -0.9990 28 23 24 6 - 6 6 51 7.74 219.23 300.04 -15.81 252.87 -24.88 -44.98 1.13 66.39 338.64 0.7077 -0.9992 29 23 26 45 - 5 50 55 7.78 219.85 290.34 -16.02 242.99 -24.89 -45.07 1.14 66.35 338.24 0.7064 -0.9995 30 23 29 24 - 5 34 59 7.82 220.46 280.64 -16.23 233.12 -24.89 -45.16 1.15 66.31 337.85 0.7052 -0.9996 31 23 32 3 - 5 19 1 7.86 221.08 270.94 -16.44 223.24 -24.88 -45.25 1.16 66.28 337.46 0.7041 -0.9998 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 5 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly JUNE 1 23 34 41 - 5 3 3 7.90 221.71 261.23 -16.65 213.36 -24.87 -45.34 1.17 66.26 337.08 0.7029 -0.9999 2 23 37 19 - 4 47 5 7.95 222.33 251.53 -16.86 203.49 -24.86 -45.43 1.18 66.23 336.70 0.7018 -1.0000 3 23 39 57 - 4 31 7 7.99 222.95 241.82 -17.07 193.62 -24.84 -45.51 1.20 66.21 336.32 0.7008 -1.0000 4 23 42 35 - 4 15 8 8.03 223.57 232.11 -17.27 183.75 -24.82 -45.59 1.21 66.20 335.95 0.6997 1.0000 5 23 45 12 - 3 59 10 8.07 224.19 222.39 -17.47 173.88 -24.79 -45.68 1.22 66.18 335.58 0.6987 0.9999 6 23 47 49 - 3 43 13 8.12 224.82 212.68 -17.67 164.01 -24.77 -45.76 1.23 66.17 335.22 0.6978 0.9999 7 23 50 25 - 3 27 16 8.16 225.44 202.96 -17.87 154.14 -24.73 -45.84 1.24 66.17 334.86 0.6968 0.9997 8 23 53 1 - 3 11 20 8.20 226.07 193.24 -18.07 144.28 -24.69 -45.91 1.25 66.17 334.50 0.6959 0.9996 9 23 55 37 - 2 55 24 8.25 226.69 183.52 -18.26 134.41 -24.65 -45.99 1.26 66.17 334.15 0.6950 0.9993 10 23 58 13 - 2 39 31 8.29 227.32 173.80 -18.46 124.55 -24.60 -46.06 1.27 66.17 333.80 0.6942 0.9991 11 0 0 48 - 2 23 38 8.34 227.94 164.08 -18.65 114.69 -24.55 -46.13 1.28 66.18 333.46 0.6934 0.9988 12 0 3 23 - 2 7 47 8.38 228.57 154.35 -18.84 104.83 -24.50 -46.20 1.29 66.19 333.12 0.6926 0.9984 13 0 5 57 - 1 51 57 8.43 229.19 144.62 -19.02 94.98 -24.44 -46.27 1.30 66.20 332.79 0.6919 0.9981 14 0 8 31 - 1 36 10 8.48 229.82 134.89 -19.21 85.13 -24.38 -46.34 1.31 66.22 332.46 0.6912 0.9976 15 0 11 5 - 1 20 24 8.52 230.45 125.16 -19.39 75.27 -24.31 -46.40 1.32 66.24 332.13 0.6905 0.9972 16 0 13 39 - 1 4 41 8.57 231.08 115.43 -19.57 65.43 -24.24 -46.47 1.33 66.26 331.81 0.6899 0.9967 17 0 16 12 - 0 48 59 8.62 231.71 105.69 -19.75 55.58 -24.17 -46.53 1.34 66.29 331.50 0.6893 0.9961 18 0 18 45 - 0 33 20 8.67 232.33 95.96 -19.93 45.74 -24.09 -46.59 1.36 66.32 331.19 0.6887 0.9956 19 0 21 17 - 0 17 44 8.71 232.96 86.22 -20.10 35.90 -24.01 -46.64 1.37 66.35 330.88 0.6882 0.9949 20 0 23 50 - 0 2 10 8.76 233.59 76.48 -20.28 26.06 -23.93 -46.70 1.38 66.39 330.58 0.6877 0.9943 21 0 26 22 0 13 21 8.81 234.22 66.73 -20.45 16.22 -23.84 -46.75 1.39 66.43 330.29 0.6872 0.9936 22 0 28 53 0 28 49 8.86 234.85 56.99 -20.61 6.39 -23.75 -46.81 1.40 66.47 330.00 0.6868 0.9929 23 0 31 24 0 44 14 8.91 235.49 47.24 -20.78 356.56 -23.65 -46.86 1.41 66.52 329.71 0.6864 0.9921 24 0 33 55 0 59 36 8.96 236.12 37.50 -20.94 346.73 -23.55 -46.90 1.42 66.57 329.43 0.6861 0.9913 25 0 36 26 1 14 54 9.01 236.75 27.75 -21.10 336.90 -23.45 -46.95 1.43 66.62 329.16 0.6857 0.9905 26 0 38 56 1 30 9 9.06 237.38 18.00 -21.26 327.08 -23.35 -46.99 1.44 66.68 328.89 0.6855 0.9896 27 0 41 26 1 45 19 9.12 238.01 8.24 -21.42 317.26 -23.24 -47.04 1.45 66.73 328.62 0.6852 0.9887 28 0 43 56 2 0 26 9.17 238.64 358.49 -21.57 307.45 -23.13 -47.07 1.46 66.79 328.36 0.6850 0.9878 29 0 46 25 2 15 29 9.22 239.28 348.73 -21.72 297.64 -23.01 -47.11 1.47 66.86 328.11 0.6848 0.9869 30 0 48 54 2 30 27 9.27 239.91 338.97 -21.87 287.83 -22.89 -47.15 1.48 66.93 327.86 0.6847 0.9859 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 6 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly JULY 1 0 51 22 2 45 21 9.33 240.54 329.21 -22.01 278.02 -22.77 -47.18 1.49 66.99 327.61 0.6846 0.9849 2 0 53 50 3 0 10 9.38 241.18 319.45 -22.15 268.22 -22.65 -47.21 1.50 67.07 327.38 0.6845 0.9839 3 0 56 18 3 14 54 9.44 241.81 309.69 -22.29 258.42 -22.52 -47.24 1.51 67.14 327.14 0.6845 0.9828 4 0 58 45 3 29 33 9.49 242.44 299.93 -22.43 248.63 -22.39 -47.27 1.53 67.22 326.92 0.6845 0.9818 5 1 1 12 3 44 7 9.55 243.08 290.16 -22.57 238.84 -22.26 -47.29 1.54 67.30 326.69 0.6846 0.9807 6 1 3 38 3 58 36 9.61 243.71 280.39 -22.70 229.05 -22.13 -47.31 1.55 67.39 326.48 0.6847 0.9796 7 1 6 4 4 12 59 9.66 244.34 270.63 -22.83 219.27 -21.99 -47.33 1.56 67.47 326.26 0.6848 0.9785 8 1 8 29 4 27 17 9.72 244.98 260.86 -22.95 209.49 -21.85 -47.34 1.57 67.56 326.06 0.6850 0.9774 9 1 10 54 4 41 29 9.78 245.61 251.08 -23.08 199.71 -21.71 -47.36 1.58 67.65 325.86 0.6852 0.9762 10 1 13 19 4 55 34 9.84 246.25 241.31 -23.20 189.94 -21.56 -47.37 1.59 67.75 325.66 0.6855 0.9751 11 1 15 43 5 9 34 9.90 246.88 231.54 -23.32 180.18 -21.42 -47.37 1.60 67.84 325.47 0.6858 0.9740 12 1 18 6 5 23 28 9.96 247.52 221.76 -23.43 170.41 -21.27 -47.38 1.61 67.94 325.29 0.6861 0.9728 13 1 20 29 5 37 15 10.02 248.15 211.99 -23.54 160.66 -21.12 -47.38 1.62 68.04 325.11 0.6865 0.9717 14 1 22 51 5 50 56 10.08 248.79 202.21 -23.65 150.90 -20.96 -47.38 1.63 68.15 324.93 0.6869 0.9705 15 1 25 13 6 4 31 10.14 249.42 192.43 -23.76 141.15 -20.81 -47.37 1.64 68.25 324.77 0.6874 0.9694 16 1 27 35 6 17 59 10.20 250.06 182.65 -23.86 131.41 -20.65 -47.37 1.65 68.36 324.60 0.6879 0.9682 17 1 29 55 6 31 21 10.27 250.69 172.87 -23.96 121.67 -20.49 -47.36 1.66 68.47 324.44 0.6885 0.9671 18 1 32 16 6 44 35 10.33 251.33 163.09 -24.06 111.93 -20.33 -47.34 1.67 68.58 324.29 0.6891 0.9659 19 1 34 36 6 57 43 10.40 251.96 153.30 -24.15 102.20 -20.17 -47.33 1.67 68.70 324.14 0.6897 0.9648 20 1 36 55 7 10 44 10.46 252.60 143.52 -24.24 92.47 -20.01 -47.31 1.68 68.81 324.00 0.6904 0.9637 21 1 39 13 7 23 38 10.53 253.23 133.73 -24.33 82.75 -19.84 -47.28 1.69 68.93 323.86 0.6911 0.9626 22 1 41 31 7 36 25 10.59 253.87 123.95 -24.41 73.03 -19.67 -47.26 1.70 69.05 323.73 0.6918 0.9615 23 1 43 49 7 49 5 10.66 254.50 114.16 -24.50 63.32 -19.51 -47.23 1.71 69.18 323.60 0.6926 0.9604 24 1 46 5 8 1 37 10.73 255.14 104.37 -24.57 53.61 -19.34 -47.20 1.72 69.30 323.48 0.6935 0.9593 25 1 48 21 8 14 1 10.80 255.77 94.59 -24.65 43.91 -19.17 -47.16 1.73 69.43 323.36 0.6944 0.9582 26 1 50 37 8 26 18 10.87 256.40 84.80 -24.72 34.21 -19.00 -47.12 1.74 69.56 323.25 0.6953 0.9572 27 1 52 51 8 38 27 10.94 257.04 75.01 -24.79 24.51 -18.82 -47.08 1.74 69.68 323.14 0.6963 0.9562 28 1 55 5 8 50 29 11.01 257.67 65.22 -24.86 14.82 -18.65 -47.03 1.75 69.82 323.04 0.6973 0.9552 29 1 57 18 9 2 22 11.08 258.31 55.43 -24.92 5.14 -18.48 -46.98 1.76 69.95 322.94 0.6984 0.9542 30 1 59 31 9 14 7 11.16 258.94 45.63 -24.98 355.46 -18.30 -46.93 1.77 70.08 322.85 0.6995 0.9533 31 2 1 42 9 25 44 11.23 259.58 35.84 -25.03 345.79 -18.13 -46.87 1.78 70.22 322.76 0.7007 0.9523 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 7 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly AUGUST 1 2 3 53 9 37 12 11.31 260.21 26.05 -25.09 336.12 -17.95 -46.81 1.78 70.36 322.67 0.7019 0.9514 2 2 6 3 9 48 32 11.38 260.84 16.26 -25.13 326.46 -17.78 -46.74 1.79 70.50 322.59 0.7032 0.9506 3 2 8 12 9 59 44 11.46 261.48 6.46 -25.18 316.80 -17.60 -46.67 1.80 70.64 322.52 0.7045 0.9497 4 2 10 20 10 10 46 11.54 262.11 356.67 -25.22 307.15 -17.43 -46.59 1.80 70.78 322.45 0.7058 0.9489 5 2 12 27 10 21 41 11.61 262.74 346.88 -25.26 297.51 -17.25 -46.51 1.81 70.92 322.38 0.7073 0.9481 6 2 14 33 10 32 26 11.69 263.38 337.08 -25.30 287.87 -17.08 -46.43 1.82 71.06 322.32 0.7087 0.9474 7 2 16 38 10 43 2 11.77 264.01 327.29 -25.33 278.24 -16.90 -46.34 1.82 71.20 322.26 0.7103 0.9467 8 2 18 42 10 53 30 11.86 264.64 317.50 -25.36 268.61 -16.73 -46.24 1.83 71.35 322.20 0.7118 0.9460 9 2 20 45 11 3 48 11.94 265.27 307.70 -25.39 258.99 -16.55 -46.15 1.83 71.49 322.15 0.7135 0.9454 10 2 22 47 11 13 58 12.02 265.90 297.91 -25.41 249.37 -16.38 -46.04 1.84 71.64 322.10 0.7152 0.9448 11 2 24 48 11 23 59 12.11 266.53 288.12 -25.43 239.77 -16.20 -45.93 1.84 71.79 322.06 0.7169 0.9442 12 2 26 48 11 33 50 12.19 267.17 278.32 -25.45 230.16 -16.03 -45.82 1.85 71.93 322.02 0.7187 0.9437 13 2 28 46 11 43 33 12.28 267.80 268.53 -25.46 220.57 -15.86 -45.70 1.85 72.08 321.99 0.7206 0.9432 14 2 30 43 11 53 6 12.37 268.43 258.73 -25.47 210.98 -15.69 -45.57 1.86 72.23 321.95 0.7225 0.9428 15 2 32 39 12 2 30 12.45 269.06 248.94 -25.48 201.39 -15.52 -45.44 1.86 72.38 321.93 0.7244 0.9424 16 2 34 34 12 11 46 12.54 269.69 239.15 -25.48 191.82 -15.35 -45.31 1.86 72.53 321.90 0.7265 0.9421 17 2 36 28 12 20 52 12.64 270.32 229.36 -25.48 182.24 -15.18 -45.17 1.86 72.68 321.88 0.7285 0.9417 18 2 38 20 12 29 49 12.73 270.94 219.56 -25.48 172.68 -15.01 -45.02 1.87 72.82 321.86 0.7307 0.9415 19 2 40 11 12 38 36 12.82 271.57 209.77 -25.47 163.12 -14.85 -44.87 1.87 72.97 321.84 0.7329 0.9412 20 2 42 0 12 47 15 12.91 272.20 199.98 -25.46 153.57 -14.69 -44.71 1.87 73.12 321.83 0.7351 0.9410 21 2 43 48 12 55 44 13.01 272.83 190.19 -25.45 144.03 -14.52 -44.54 1.87 73.27 321.82 0.7374 0.9409 22 2 45 35 13 4 4 13.11 273.45 180.40 -25.43 134.49 -14.36 -44.37 1.87 73.42 321.81 0.7398 0.9408 23 2 47 20 13 12 15 13.20 274.08 170.61 -25.41 124.96 -14.21 -44.19 1.87 73.57 321.80 0.7422 0.9407 24 2 49 3 13 20 16 13.30 274.71 160.83 -25.39 115.44 -14.05 -44.01 1.87 73.71 321.80 0.7447 0.9407 25 2 50 45 13 28 8 13.40 275.33 151.04 -25.36 105.93 -13.90 -43.81 1.87 73.86 321.80 0.7473 0.9408 26 2 52 25 13 35 50 13.50 275.96 141.25 -25.33 96.42 -13.75 -43.62 1.86 74.00 321.80 0.7499 0.9408 27 2 54 3 13 43 23 13.61 276.58 131.47 -25.30 86.92 -13.60 -43.41 1.86 74.15 321.80 0.7526 0.9410 28 2 55 40 13 50 46 13.71 277.21 121.68 -25.27 77.43 -13.45 -43.20 1.86 74.29 321.81 0.7554 0.9411 29 2 57 15 13 57 60 13.82 277.83 111.90 -25.23 67.95 -13.31 -42.98 1.85 74.44 321.81 0.7582 0.9414 30 2 58 47 14 5 4 13.92 278.45 102.11 -25.19 58.47 -13.16 -42.75 1.85 74.58 321.82 0.7611 0.9416 31 3 0 18 14 11 58 14.03 279.08 92.33 -25.14 49.00 -13.03 -42.51 1.84 74.72 321.83 0.7640 0.9419 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 8 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly SEPTEMBER 1 3 1 47 14 18 43 14.14 279.70 82.55 -25.09 39.55 -12.89 -42.27 1.84 74.86 321.84 0.7670 0.9423 2 3 3 14 14 25 18 14.25 280.32 72.77 -25.04 30.10 -12.76 -42.01 1.83 74.99 321.85 0.7701 0.9427 3 3 4 39 14 31 44 14.36 280.94 62.99 -24.99 20.66 -12.63 -41.75 1.82 75.13 321.87 0.7733 0.9431 4 3 6 1 14 37 60 14.47 281.56 53.21 -24.93 11.22 -12.51 -41.48 1.81 75.26 321.88 0.7765 0.9436 5 3 7 22 14 44 6 14.59 282.18 43.44 -24.87 1.80 -12.39 -41.20 1.81 75.40 321.90 0.7798 0.9441 6 3 8 40 14 50 3 14.70 282.80 33.66 -24.81 352.39 -12.27 -40.91 1.80 75.53 321.91 0.7831 0.9447 7 3 9 55 14 55 50 14.82 283.42 23.89 -24.74 342.98 -12.15 -40.62 1.78 75.66 321.93 0.7865 0.9453 8 3 11 9 15 1 28 14.93 284.04 14.12 -24.67 333.59 -12.05 -40.31 1.77 75.78 321.95 0.7900 0.9460 9 3 12 20 15 6 56 15.05 284.65 4.35 -24.60 324.21 -11.94 -39.99 1.76 75.91 321.97 0.7936 0.9467 10 3 13 28 15 12 15 15.17 285.27 354.58 -24.53 314.83 -11.84 -39.67 1.75 76.03 321.99 0.7972 0.9474 11 3 14 34 15 17 24 15.29 285.89 344.81 -24.45 305.46 -11.74 -39.33 1.73 76.15 322.00 0.8009 0.9482 12 3 15 37 15 22 24 15.41 286.50 335.04 -24.37 296.11 -11.65 -38.98 1.72 76.26 322.02 0.8046 0.9490 13 3 16 38 15 27 15 15.53 287.12 325.28 -24.28 286.76 -11.56 -38.62 1.70 76.38 322.04 0.8085 0.9498 14 3 17 36 15 31 56 15.66 287.73 315.51 -24.20 277.43 -11.48 -38.26 1.68 76.49 322.06 0.8123 0.9507 15 3 18 31 15 36 28 15.78 288.35 305.75 -24.11 268.11 -11.40 -37.88 1.66 76.60 322.08 0.8163 0.9516 16 3 19 24 15 40 51 15.91 288.96 295.99 -24.02 258.79 -11.33 -37.49 1.64 76.70 322.09 0.8202 0.9526 17 3 20 13 15 45 5 16.03 289.57 286.23 -23.92 249.49 -11.26 -37.09 1.62 76.80 322.11 0.8243 0.9536 18 3 20 60 15 49 9 16.16 290.18 276.47 -23.82 240.20 -11.20 -36.68 1.60 76.90 322.12 0.8284 0.9546 19 3 21 43 15 53 4 16.29 290.79 266.72 -23.72 230.92 -11.15 -36.25 1.58 77.00 322.14 0.8325 0.9556 20 3 22 24 15 56 50 16.41 291.40 256.96 -23.62 221.65 -11.09 -35.82 1.55 77.09 322.15 0.8368 0.9567 21 3 23 2 16 0 26 16.54 292.01 247.21 -23.52 212.39 -11.05 -35.37 1.53 77.18 322.17 0.8410 0.9578 22 3 23 36 16 3 53 16.67 292.62 237.46 -23.41 203.15 -11.01 -34.91 1.50 77.26 322.18 0.8453 0.9589 23 3 24 7 16 7 10 16.80 293.23 227.71 -23.30 193.91 -10.98 -34.44 1.47 77.35 322.19 0.8496 0.9600 24 3 24 35 16 10 18 16.93 293.83 217.96 -23.19 184.69 -10.95 -33.95 1.44 77.42 322.20 0.8540 0.9612 25 3 24 60 16 13 17 17.06 294.44 208.22 -23.07 175.48 -10.93 -33.46 1.41 77.50 322.21 0.8585 0.9624 26 3 25 21 16 16 5 17.19 295.05 198.48 -22.95 166.28 -10.91 -32.95 1.38 77.57 322.21 0.8629 0.9636 27 3 25 38 16 18 45 17.32 295.65 188.73 -22.83 157.10 -10.90 -32.42 1.35 77.63 322.22 0.8674 0.9648 28 3 25 52 16 21 14 17.45 296.25 178.99 -22.71 147.93 -10.90 -31.88 1.32 77.69 322.22 0.8719 0.9660 29 3 26 3 16 23 34 17.58 296.86 169.26 -22.58 138.77 -10.91 -31.33 1.28 77.75 322.22 0.8765 0.9673 30 3 26 10 16 25 44 17.71 297.46 159.52 -22.46 129.63 -10.92 -30.77 1.25 77.81 322.22 0.8810 0.9685 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 9 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly OCTOBER 1 3 26 13 16 27 45 17.83 298.06 149.78 -22.33 120.49 -10.94 -30.19 1.21 77.85 322.22 0.8856 0.9698 2 3 26 13 16 29 35 17.96 298.66 140.05 -22.19 111.38 -10.96 -29.59 1.17 77.90 322.22 0.8902 0.9710 3 3 26 9 16 31 16 18.09 299.26 130.32 -22.06 102.27 -11.00 -28.99 1.13 77.94 322.21 0.8948 0.9723 4 3 26 1 16 32 47 18.21 299.86 120.59 -21.92 93.18 -11.04 -28.36 1.09 77.98 322.20 0.8993 0.9735 5 3 25 50 16 34 8 18.33 300.46 110.87 -21.78 84.10 -11.08 -27.73 1.05 78.01 322.19 0.9039 0.9748 6 3 25 35 16 35 20 18.45 301.05 101.14 -21.64 75.04 -11.14 -27.08 1.01 78.04 322.18 0.9085 0.9760 7 3 25 16 16 36 21 18.57 301.65 91.42 -21.50 65.98 -11.20 -26.41 0.97 78.06 322.17 0.9130 0.9773 8 3 24 53 16 37 13 18.69 302.25 81.70 -21.36 56.95 -11.26 -25.73 0.93 78.08 322.16 0.9175 0.9785 9 3 24 27 16 37 55 18.80 302.84 71.98 -21.21 47.92 -11.34 -25.04 0.88 78.10 322.14 0.9220 0.9797 10 3 23 57 16 38 27 18.92 303.44 62.26 -21.06 38.91 -11.42 -24.34 0.84 78.11 322.12 0.9264 0.9809 11 3 23 24 16 38 50 19.02 304.03 52.54 -20.91 29.91 -11.51 -23.61 0.80 78.12 322.10 0.9307 0.9821 12 3 22 47 16 39 2 19.13 304.62 42.83 -20.75 20.93 -11.60 -22.88 0.75 78.13 322.08 0.9350 0.9833 13 3 22 6 16 39 6 19.23 305.21 33.12 -20.60 11.95 -11.70 -22.13 0.71 78.13 322.06 0.9393 0.9844 14 3 21 22 16 38 59 19.33 305.80 23.41 -20.44 2.99 -11.81 -21.37 0.66 78.13 322.03 0.9434 0.9855 15 3 20 35 16 38 43 19.42 306.39 13.70 -20.28 354.05 -11.93 -20.60 0.62 78.13 322.01 0.9475 0.9866 16 3 19 44 16 38 17 19.51 306.98 3.99 -20.12 345.11 -12.05 -19.81 0.58 78.13 321.98 0.9515 0.9876 17 3 18 50 16 37 42 19.60 307.57 354.29 -19.96 336.19 -12.17 -19.02 0.53 78.12 321.96 0.9553 0.9886 18 3 17 53 16 36 57 19.68 308.15 344.59 -19.80 327.27 -12.31 -18.20 0.49 78.12 321.93 0.9591 0.9896 19 3 16 52 16 36 3 19.76 308.74 334.88 -19.63 318.37 -12.44 -17.38 0.45 78.11 321.90 0.9628 0.9906 20 3 15 49 16 35 0 19.83 309.33 325.19 -19.46 309.48 -12.59 -16.55 0.41 78.11 321.87 0.9663 0.9915 21 3 14 43 16 33 48 19.89 309.91 315.49 -19.29 300.60 -12.74 -15.71 0.37 78.11 321.84 0.9696 0.9923 22 3 13 34 16 32 26 19.95 310.49 305.79 -19.12 291.73 -12.89 -14.85 0.33 78.11 321.81 0.9729 0.9932 23 3 12 23 16 30 56 20.00 311.08 296.10 -18.95 282.87 -13.05 -13.99 0.30 78.11 321.78 0.9760 0.9940 24 3 11 9 16 29 18 20.05 311.66 286.41 -18.77 274.02 -13.21 -13.11 0.26 78.13 321.75 0.9789 0.9947 25 3 9 52 16 27 31 20.09 312.24 276.72 -18.60 265.18 -13.38 -12.23 0.23 78.15 321.72 0.9817 0.9954 26 3 8 34 16 25 36 20.13 312.82 267.03 -18.42 256.35 -13.55 -11.34 0.20 78.18 321.69 0.9843 0.9960 27 3 7 13 16 23 33 20.15 313.39 257.34 -18.24 247.52 -13.73 -10.44 0.17 78.24 321.66 0.9867 0.9966 28 3 5 51 16 21 23 20.17 313.97 247.66 -18.06 238.71 -13.90 -9.54 0.14 78.31 321.63 0.9889 0.9972 29 3 4 27 16 19 6 20.18 314.55 237.98 -17.88 229.89 -14.08 -8.63 0.11 78.42 321.60 0.9910 0.9977 30 3 3 2 16 16 43 20.19 315.12 228.30 -17.70 221.09 -14.27 -7.71 0.09 78.58 321.58 0.9928 0.9981 31 3 1 35 16 14 14 20.19 315.70 218.62 -17.51 212.28 -14.45 -6.80 0.07 78.80 321.55 0.9944 0.9985 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 10 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly NOVEMBER 1 3 0 8 16 11 40 20.18 316.27 208.94 -17.33 203.49 -14.64 -5.87 0.05 79.11 321.53 0.9959 0.9989 2 2 58 39 16 9 1 20.16 316.85 199.26 -17.14 194.69 -14.83 -4.95 0.04 79.58 321.50 0.9971 0.9992 3 2 57 10 16 6 18 20.13 317.42 189.59 -16.95 185.90 -15.01 -4.03 0.02 80.31 321.48 0.9981 0.9994 4 2 55 41 16 3 31 20.10 317.99 179.92 -16.76 177.11 -15.20 -3.10 0.01 81.53 321.46 0.9989 0.9996 5 2 54 12 16 0 42 20.06 318.56 170.24 -16.57 168.32 -15.39 -2.18 0.01 83.86 321.44 0.9995 0.9998 6 2 52 42 15 57 51 20.01 319.13 160.58 -16.38 159.53 -15.58 -1.27 0.00 89.66 321.42 0.9998 0.9999 7 2 51 14 15 54 59 19.95 319.70 150.91 -16.18 150.74 -15.77 -0.44 0.00 119.87 321.41 1.0000 1.0000 8 2 49 45 15 52 7 19.89 320.26 141.24 -15.99 141.95 -15.95 0.69 0.00 228.06 321.39 -0.9999 1.0000 9 2 48 18 15 49 14 19.82 320.83 131.58 -15.79 133.15 -16.14 1.56 0.00 243.71 321.38 -0.9996 -1.0000 10 2 46 51 15 46 23 19.74 321.40 121.91 -15.60 124.35 -16.32 2.46 0.01 247.89 321.37 -0.9992 -0.9999 11 2 45 26 15 43 33 19.66 321.96 112.25 -15.40 115.55 -16.50 3.36 0.02 249.76 321.36 -0.9985 -0.9998 12 2 44 1 15 40 45 19.57 322.52 102.59 -15.20 106.74 -16.67 4.26 0.03 250.79 321.35 -0.9975 -0.9997 13 2 42 39 15 38 0 19.47 323.09 92.94 -15.00 97.93 -16.85 5.15 0.04 251.42 321.34 -0.9964 -0.9995 14 2 41 18 15 35 19 19.36 323.65 83.28 -14.80 89.11 -17.02 6.03 0.05 251.83 321.33 -0.9951 -0.9993 15 2 39 59 15 32 43 19.25 324.21 73.62 -14.60 80.29 -17.18 6.91 0.07 252.12 321.33 -0.9936 -0.9991 16 2 38 42 15 30 11 19.14 324.77 63.97 -14.40 71.45 -17.34 7.77 0.09 252.31 321.33 -0.9920 -0.9988 17 2 37 27 15 27 46 19.02 325.33 54.32 -14.19 62.61 -17.50 8.63 0.11 252.45 321.32 -0.9901 -0.9985 18 2 36 14 15 25 26 18.89 325.88 44.67 -13.99 53.76 -17.66 9.48 0.13 252.54 321.32 -0.9881 -0.9982 19 2 35 4 15 23 13 18.76 326.44 35.02 -13.78 44.90 -17.80 10.32 0.15 252.61 321.32 -0.9859 -0.9978 20 2 33 56 15 21 8 18.63 327.00 25.37 -13.58 36.03 -17.95 11.14 0.18 252.65 321.32 -0.9836 -0.9974 21 2 32 51 15 19 10 18.49 327.55 15.73 -13.37 27.15 -18.09 11.95 0.20 252.68 321.32 -0.9811 -0.9970 22 2 31 49 15 17 21 18.35 328.11 6.08 -13.16 18.26 -18.22 12.76 0.23 252.69 321.32 -0.9785 -0.9966 23 2 30 49 15 15 41 18.20 328.66 356.44 -12.96 9.36 -18.35 13.55 0.25 252.69 321.32 -0.9757 -0.9962 24 2 29 52 15 14 10 18.05 329.21 346.80 -12.75 0.45 -18.48 14.32 0.28 252.69 321.32 -0.9729 -0.9957 25 2 28 59 15 12 48 17.90 329.76 337.16 -12.54 351.52 -18.59 15.09 0.31 252.67 321.33 -0.9699 -0.9952 26 2 28 8 15 11 37 17.74 330.31 327.52 -12.33 342.58 -18.71 15.83 0.34 252.66 321.33 -0.9668 -0.9947 27 2 27 21 15 10 37 17.58 330.86 317.88 -12.12 333.63 -18.82 16.57 0.37 252.64 321.33 -0.9637 -0.9942 28 2 26 36 15 9 47 17.42 331.41 308.24 -11.91 324.67 -18.92 17.29 0.39 252.62 321.33 -0.9604 -0.9937 29 2 25 55 15 9 9 17.26 331.96 298.61 -11.69 315.70 -19.01 18.00 0.42 252.60 321.33 -0.9571 -0.9931 30 2 25 17 15 8 43 17.10 332.50 288.98 -11.48 306.71 -19.10 18.69 0.45 252.57 321.33 -0.9537 -0.9926 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 11 ----- 1 *** Ephemeris for Physical Observations of Mars 2005 : at 0h(TD) of Date *** Areographic Position Positn Angle Disk C.-Termin R.A. Decl. D Ls As Ds Ae De i q SS NP lx ly DECEMBER 1 2 24 43 15 8 28 16.93 333.05 279.34 -11.27 297.71 -19.19 19.37 0.48 252.55 321.33 -0.9503 -0.9920 2 2 24 11 15 8 25 16.77 333.59 269.71 -11.06 288.69 -19.27 20.04 0.51 252.53 321.33 -0.9468 -0.9914 3 2 23 43 15 8 35 16.60 334.14 260.08 -10.84 279.67 -19.34 20.68 0.54 252.50 321.33 -0.9432 -0.9908 4 2 23 19 15 8 57 16.43 334.68 250.46 -10.63 270.62 -19.41 21.32 0.56 252.48 321.33 -0.9397 -0.9902 5 2 22 58 15 9 32 16.27 335.22 240.83 -10.41 261.57 -19.47 21.94 0.59 252.46 321.33 -0.9361 -0.9896 6 2 22 40 15 10 19 16.10 335.76 231.20 -10.20 252.50 -19.52 22.54 0.61 252.44 321.33 -0.9325 -0.9890 7 2 22 25 15 11 18 15.93 336.30 221.58 -9.98 243.41 -19.57 23.13 0.64 252.42 321.32 -0.9289 -0.9884 8 2 22 14 15 12 31 15.76 336.84 211.96 -9.76 234.32 -19.62 23.71 0.66 252.41 321.32 -0.9254 -0.9877 9 2 22 6 15 13 55 15.59 337.38 202.34 -9.55 225.21 -19.66 24.27 0.69 252.39 321.31 -0.9218 -0.9871 10 2 22 1 15 15 32 15.43 337.91 192.72 -9.33 216.08 -19.69 24.81 0.71 252.38 321.31 -0.9182 -0.9865 11 2 22 0 15 17 22 15.26 338.45 183.10 -9.11 206.95 -19.72 25.34 0.73 252.37 321.30 -0.9146 -0.9858 12 2 22 2 15 19 23 15.09 338.98 173.48 -8.90 197.80 -19.74 25.86 0.76 252.36 321.29 -0.9111 -0.9852 13 2 22 7 15 21 37 14.93 339.52 163.86 -8.68 188.63 -19.76 26.36 0.78 252.35 321.29 -0.9076 -0.9845 14 2 22 15 15 24 2 14.77 340.05 154.25 -8.46 179.46 -19.77 26.85 0.80 252.35 321.28 -0.9042 -0.9838 15 2 22 26 15 26 39 14.60 340.58 144.63 -8.24 170.27 -19.77 27.33 0.82 252.34 321.27 -0.9007 -0.9832 16 2 22 40 15 29 28 14.44 341.11 135.02 -8.02 161.07 -19.78 27.79 0.83 252.34 321.26 -0.8974 -0.9825 17 2 22 57 15 32 27 14.28 341.64 125.41 -7.80 151.86 -19.77 28.24 0.85 252.35 321.24 -0.8940 -0.9818 18 2 23 17 15 35 38 14.12 342.17 115.80 -7.59 142.63 -19.76 28.68 0.87 252.35 321.23 -0.8907 -0.9811 19 2 23 39 15 38 59 13.97 342.70 106.19 -7.37 133.40 -19.75 29.10 0.88 252.36 321.22 -0.8875 -0.9804 20 2 24 5 15 42 31 13.81 343.23 96.58 -7.15 124.15 -19.73 29.51 0.90 252.37 321.21 -0.8843 -0.9798 21 2 24 33 15 46 14 13.66 343.76 86.97 -6.93 114.89 -19.71 29.91 0.91 252.38 321.20 -0.8812 -0.9791 22 2 25 4 15 50 6 13.51 344.28 77.37 -6.71 105.62 -19.68 30.30 0.92 252.39 321.18 -0.8782 -0.9784 23 2 25 38 15 54 8 13.36 344.81 67.76 -6.49 96.34 -19.65 30.67 0.93 252.41 321.17 -0.8752 -0.9777 24 2 26 14 15 58 20 13.21 345.33 58.16 -6.27 87.05 -19.61 31.04 0.95 252.43 321.15 -0.8722 -0.9770 25 2 26 53 16 2 41 13.06 345.85 48.55 -6.05 77.75 -19.57 31.39 0.96 252.45 321.14 -0.8694 -0.9763 26 2 27 35 16 7 11 12.92 346.38 38.95 -5.83 68.44 -19.52 31.73 0.97 252.48 321.13 -0.8666 -0.9756 27 2 28 19 16 11 50 12.77 346.90 29.35 -5.61 59.12 -19.47 32.06 0.97 252.50 321.11 -0.8639 -0.9749 28 2 29 5 16 16 38 12.63 347.42 19.75 -5.39 49.79 -19.42 32.38 0.98 252.53 321.10 -0.8612 -0.9742 29 2 29 54 16 21 35 12.49 347.94 10.15 -5.17 40.45 -19.36 32.68 0.99 252.56 321.09 -0.8586 -0.9735 30 2 30 46 16 26 39 12.36 348.46 0.56 -4.95 31.10 -19.29 32.98 1.00 252.60 321.07 -0.8561 -0.9728 31 2 31 39 16 31 52 12.22 348.97 350.96 -4.73 21.74 -19.22 33.27 1.00 252.64 321.06 -0.8537 -0.9721 D : Apparent Diameter Ls : Areocentric Orbital longitude of the Sun As, Ds : Areographic Longitude and Latitude of the Subsolar Point Ae, De : Areographic Longitude and Latitude of hte Sub-earth Point i, q : Phase angle and defect of illumination SS, NP : Position Angle of Sub-Solar Point and North Pole lx, ly : Distance from disk center to terminator in unit of radius. +lx: to east, +ly: to north (by S. Saito, 1988) ----- 12 ----- 1