*** Ephemeris for Physical Observations of Mars 2004 : 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 0 33 36 3 41 18 8.43 325.87 180.64 -13.99 223.48 -25.93 41.83 1.07 246.83 328.82 -0.7484 -0.9923 2 0 35 48 3 56 55 8.37 326.43 170.98 -13.78 213.69 -25.86 41.78 1.06 246.86 328.57 -0.7492 -0.9918 3 0 38 0 4 12 31 8.30 326.98 161.32 -13.57 203.89 -25.80 41.72 1.05 246.90 328.32 -0.7501 -0.9913 4 0 40 13 4 28 6 8.23 327.54 151.67 -13.37 194.09 -25.73 41.67 1.04 246.94 328.07 -0.7510 -0.9907 5 0 42 27 4 43 41 8.17 328.09 142.01 -13.16 184.29 -25.65 41.61 1.03 246.98 327.83 -0.7519 -0.9902 6 0 44 40 4 59 14 8.11 328.64 132.36 -12.95 174.49 -25.57 41.55 1.02 247.02 327.59 -0.7528 -0.9896 7 0 46 54 5 14 46 8.04 329.20 122.71 -12.74 164.70 -25.49 41.49 1.01 247.07 327.35 -0.7538 -0.9890 8 0 49 9 5 30 17 7.98 329.75 113.06 -12.53 154.90 -25.41 41.42 1.00 247.11 327.12 -0.7548 -0.9885 9 0 51 24 5 45 47 7.92 330.30 103.41 -12.32 145.10 -25.32 41.36 0.99 247.16 326.89 -0.7559 -0.9879 10 0 53 39 6 1 14 7.86 330.85 93.77 -12.11 135.30 -25.23 41.29 0.98 247.22 326.66 -0.7569 -0.9873 11 0 55 55 6 16 41 7.80 331.39 84.12 -11.90 125.50 -25.13 41.22 0.97 247.27 326.44 -0.7580 -0.9867 12 0 58 11 6 32 5 7.74 331.94 74.48 -11.69 115.70 -25.03 41.15 0.96 247.33 326.22 -0.7591 -0.9861 13 1 0 27 6 47 27 7.69 332.49 64.84 -11.48 105.90 -24.93 41.07 0.95 247.39 326.00 -0.7603 -0.9855 14 1 2 44 7 2 48 7.63 333.03 55.20 -11.27 96.10 -24.82 41.00 0.94 247.45 325.79 -0.7615 -0.9849 15 1 5 1 7 18 6 7.57 333.58 45.56 -11.05 86.30 -24.71 40.92 0.93 247.51 325.59 -0.7626 -0.9843 16 1 7 19 7 33 22 7.52 334.12 35.93 -10.84 76.50 -24.60 40.84 0.92 247.57 325.38 -0.7639 -0.9837 17 1 9 37 7 48 36 7.46 334.66 26.29 -10.62 66.70 -24.48 40.76 0.91 247.64 325.18 -0.7651 -0.9831 18 1 11 55 8 3 47 7.41 335.20 16.66 -10.41 56.90 -24.36 40.68 0.90 247.71 324.99 -0.7663 -0.9825 19 1 14 14 8 18 56 7.36 335.75 7.03 -10.19 47.11 -24.24 40.59 0.89 247.79 324.80 -0.7676 -0.9820 20 1 16 33 8 34 2 7.30 336.28 357.40 -9.98 37.31 -24.11 40.50 0.88 247.86 324.61 -0.7689 -0.9814 21 1 18 53 8 49 5 7.25 336.82 347.77 -9.76 27.51 -23.98 40.42 0.87 247.94 324.43 -0.7702 -0.9808 22 1 21 12 9 4 6 7.20 337.36 338.14 -9.55 17.72 -23.85 40.33 0.86 248.02 324.25 -0.7716 -0.9802 23 1 23 33 9 19 3 7.15 337.90 328.52 -9.33 7.92 -23.71 40.23 0.85 248.10 324.08 -0.7729 -0.9796 24 1 25 53 9 33 57 7.10 338.43 318.89 -9.11 358.12 -23.57 40.14 0.84 248.18 323.91 -0.7743 -0.9791 25 1 28 15 9 48 48 7.05 338.97 309.27 -8.89 348.33 -23.42 40.04 0.83 248.27 323.74 -0.7757 -0.9785 26 1 30 36 10 3 35 7.00 339.50 299.65 -8.68 338.54 -23.28 39.95 0.82 248.36 323.58 -0.7771 -0.9779 27 1 32 58 10 18 19 6.96 340.04 290.03 -8.46 328.74 -23.13 39.85 0.81 248.45 323.43 -0.7785 -0.9774 28 1 35 20 10 32 59 6.91 340.57 280.41 -8.24 318.95 -22.97 39.75 0.80 248.55 323.28 -0.7800 -0.9768 29 1 37 43 10 47 35 6.86 341.10 270.79 -8.02 309.16 -22.82 39.65 0.79 248.64 323.13 -0.7814 -0.9763 30 1 40 5 11 2 8 6.82 341.63 261.18 -7.80 299.37 -22.66 39.55 0.78 248.74 322.99 -0.7829 -0.9758 31 1 42 29 11 16 36 6.77 342.16 251.56 -7.58 289.58 -22.50 39.44 0.77 248.84 322.85 -0.7844 -0.9753 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 2004 : 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 1 44 52 11 30 60 6.73 342.69 241.95 -7.37 279.79 -22.33 39.34 0.76 248.95 322.72 -0.7859 -0.9748 2 1 47 16 11 45 19 6.68 343.22 232.34 -7.15 270.01 -22.16 39.23 0.75 249.05 322.60 -0.7874 -0.9743 3 1 49 41 11 59 34 6.64 343.74 222.73 -6.93 260.22 -21.99 39.12 0.74 249.16 322.48 -0.7889 -0.9738 4 1 52 6 12 13 44 6.60 344.27 213.12 -6.71 250.44 -21.82 39.01 0.74 249.27 322.36 -0.7904 -0.9733 5 1 54 31 12 27 50 6.55 344.79 203.51 -6.49 240.65 -21.64 38.90 0.73 249.39 322.25 -0.7919 -0.9729 6 1 56 56 12 41 50 6.51 345.32 193.91 -6.27 230.87 -21.46 38.79 0.72 249.50 322.14 -0.7935 -0.9724 7 1 59 22 12 55 46 6.47 345.84 184.30 -6.05 221.09 -21.28 38.67 0.71 249.62 322.04 -0.7950 -0.9720 8 2 1 48 13 9 36 6.43 346.36 174.70 -5.83 211.31 -21.09 38.56 0.70 249.74 321.95 -0.7965 -0.9716 9 2 4 14 13 23 21 6.39 346.88 165.09 -5.61 201.53 -20.91 38.44 0.69 249.87 321.86 -0.7981 -0.9712 10 2 6 41 13 37 1 6.35 347.41 155.49 -5.39 191.76 -20.72 38.33 0.68 249.99 321.77 -0.7997 -0.9708 11 2 9 8 13 50 35 6.31 347.93 145.89 -5.17 181.98 -20.52 38.21 0.68 250.12 321.69 -0.8012 -0.9704 12 2 11 36 14 4 4 6.27 348.44 136.29 -4.95 172.21 -20.33 38.09 0.67 250.25 321.62 -0.8028 -0.9700 13 2 14 4 14 17 27 6.23 348.96 126.69 -4.73 162.44 -20.13 37.97 0.66 250.38 321.55 -0.8044 -0.9697 14 2 16 32 14 30 45 6.19 349.48 117.10 -4.51 152.67 -19.93 37.85 0.65 250.52 321.48 -0.8060 -0.9694 15 2 19 1 14 43 56 6.16 349.99 107.50 -4.29 142.90 -19.72 37.72 0.64 250.66 321.42 -0.8075 -0.9690 16 2 21 30 14 57 2 6.12 350.51 97.90 -4.07 133.13 -19.52 37.60 0.64 250.80 321.37 -0.8091 -0.9687 17 2 23 59 15 10 2 6.08 351.02 88.31 -3.85 123.36 -19.31 37.48 0.63 250.94 321.32 -0.8107 -0.9684 18 2 26 29 15 22 55 6.05 351.54 78.72 -3.63 113.60 -19.10 37.35 0.62 251.09 321.28 -0.8123 -0.9681 19 2 28 59 15 35 42 6.01 352.05 69.12 -3.41 103.83 -18.88 37.22 0.61 251.23 321.24 -0.8139 -0.9679 20 2 31 30 15 48 23 5.98 352.56 59.53 -3.20 94.07 -18.67 37.09 0.60 251.38 321.21 -0.8155 -0.9676 21 2 34 1 16 0 57 5.94 353.07 49.94 -2.98 84.31 -18.45 36.97 0.60 251.54 321.18 -0.8171 -0.9674 22 2 36 32 16 13 25 5.91 353.58 40.35 -2.76 74.55 -18.23 36.83 0.59 251.69 321.16 -0.8187 -0.9672 23 2 39 4 16 25 46 5.87 354.09 30.77 -2.54 64.79 -18.01 36.70 0.58 251.85 321.14 -0.8203 -0.9670 24 2 41 36 16 37 60 5.84 354.60 21.18 -2.32 55.03 -17.78 36.57 0.57 252.01 321.13 -0.8219 -0.9668 25 2 44 8 16 50 7 5.81 355.11 11.59 -2.10 45.28 -17.56 36.44 0.57 252.17 321.12 -0.8235 -0.9666 26 2 46 41 17 2 7 5.77 355.62 2.01 -1.89 35.52 -17.33 36.30 0.56 252.34 321.12 -0.8251 -0.9664 27 2 49 14 17 13 59 5.74 356.12 352.42 -1.67 25.77 -17.10 36.17 0.55 252.51 321.13 -0.8266 -0.9663 28 2 51 47 17 25 45 5.71 356.63 342.84 -1.45 16.02 -16.86 36.03 0.55 252.67 321.14 -0.8282 -0.9661 29 2 54 21 17 37 23 5.68 357.13 333.26 -1.23 6.27 -16.63 35.89 0.54 252.85 321.15 -0.8298 -0.9660 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 2004 : 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 2 56 55 17 48 53 5.65 357.63 323.67 -1.02 356.52 -16.39 35.76 0.53 253.02 321.17 -0.8314 -0.9659 2 2 59 30 18 0 16 5.62 358.14 314.09 -0.80 346.77 -16.15 35.62 0.53 253.20 321.20 -0.8330 -0.9658 3 3 2 4 18 11 31 5.59 358.64 304.51 -0.58 337.03 -15.91 35.48 0.52 253.38 321.23 -0.8346 -0.9658 4 3 4 39 18 22 38 5.56 359.14 294.93 -0.37 327.29 -15.67 35.34 0.51 253.56 321.27 -0.8361 -0.9657 5 3 7 15 18 33 37 5.53 359.64 285.35 -0.15 317.54 -15.43 35.20 0.51 253.74 321.31 -0.8377 -0.9656 6 3 9 51 18 44 28 5.50 0.14 275.78 0.06 307.80 -15.18 35.05 0.50 253.93 321.36 -0.8392 -0.9656 7 3 12 27 18 55 11 5.47 0.64 266.20 0.28 298.06 -14.93 34.91 0.49 254.11 321.41 -0.8408 -0.9656 8 3 15 3 19 5 45 5.44 1.14 256.62 0.49 288.33 -14.68 34.77 0.49 254.30 321.47 -0.8423 -0.9656 9 3 17 40 19 16 11 5.41 1.63 247.05 0.71 278.59 -14.43 34.62 0.48 254.49 321.53 -0.8439 -0.9656 10 3 20 17 19 26 29 5.39 2.13 237.47 0.92 268.86 -14.18 34.48 0.47 254.69 321.60 -0.8454 -0.9656 11 3 22 54 19 36 38 5.36 2.63 227.90 1.13 259.12 -13.93 34.33 0.47 254.88 321.67 -0.8470 -0.9656 12 3 25 32 19 46 39 5.33 3.12 218.32 1.35 249.39 -13.67 34.19 0.46 255.08 321.75 -0.8485 -0.9657 13 3 28 10 19 56 30 5.31 3.61 208.75 1.56 239.66 -13.42 34.04 0.45 255.28 321.84 -0.8500 -0.9657 14 3 30 48 20 6 14 5.28 4.11 199.18 1.77 229.93 -13.16 33.89 0.45 255.49 321.92 -0.8515 -0.9658 15 3 33 27 20 15 48 5.25 4.60 189.61 1.98 220.20 -12.90 33.74 0.44 255.69 322.02 -0.8530 -0.9659 16 3 36 6 20 25 13 5.23 5.09 180.03 2.20 210.47 -12.64 33.59 0.44 255.90 322.12 -0.8545 -0.9660 17 3 38 46 20 34 29 5.20 5.58 170.46 2.41 200.75 -12.37 33.44 0.43 256.11 322.22 -0.8560 -0.9661 18 3 41 25 20 43 36 5.18 6.07 160.89 2.62 191.03 -12.11 33.29 0.42 256.32 322.33 -0.8575 -0.9662 19 3 44 5 20 52 34 5.15 6.56 151.32 2.83 181.30 -11.85 33.14 0.42 256.53 322.45 -0.8590 -0.9663 20 3 46 45 21 1 23 5.13 7.05 141.76 3.04 171.58 -11.58 32.99 0.41 256.74 322.56 -0.8604 -0.9664 21 3 49 26 21 10 2 5.10 7.54 132.19 3.24 161.86 -11.31 32.84 0.41 256.96 322.69 -0.8619 -0.9666 22 3 52 7 21 18 32 5.08 8.03 122.62 3.45 152.14 -11.04 32.68 0.40 257.18 322.82 -0.8634 -0.9667 23 3 54 48 21 26 52 5.06 8.51 113.05 3.66 142.42 -10.77 32.53 0.40 257.40 322.95 -0.8648 -0.9669 24 3 57 29 21 35 2 5.03 9.00 103.49 3.87 132.70 -10.50 32.37 0.39 257.62 323.09 -0.8662 -0.9671 25 4 0 11 21 43 3 5.01 9.48 93.92 4.08 122.99 -10.23 32.22 0.39 257.84 323.23 -0.8677 -0.9672 26 4 2 53 21 50 54 4.99 9.97 84.35 4.28 113.27 -9.96 32.06 0.38 258.07 323.38 -0.8691 -0.9674 27 4 5 35 21 58 35 4.96 10.45 74.79 4.49 103.56 -9.68 31.91 0.37 258.30 323.54 -0.8705 -0.9676 28 4 8 18 22 6 6 4.94 10.94 65.22 4.69 93.85 -9.41 31.75 0.37 258.53 323.69 -0.8719 -0.9679 29 4 11 1 22 13 27 4.92 11.42 55.66 4.90 84.13 -9.13 31.59 0.36 258.76 323.86 -0.8733 -0.9681 30 4 13 44 22 20 38 4.90 11.90 46.09 5.10 74.42 -8.86 31.43 0.36 258.99 324.02 -0.8747 -0.9683 31 4 16 27 22 27 39 4.88 12.38 36.53 5.31 64.71 -8.58 31.27 0.35 259.22 324.20 -0.8761 -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) ----- 3 ----- 1 *** Ephemeris for Physical Observations of Mars 2004 : 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 4 19 10 22 34 30 4.85 12.86 26.97 5.51 55.01 -8.30 31.11 0.35 259.46 324.37 -0.8775 -0.9688 2 4 21 54 22 41 10 4.83 13.34 17.40 5.71 45.30 -8.02 30.95 0.34 259.69 324.55 -0.8788 -0.9690 3 4 24 38 22 47 40 4.81 13.82 7.84 5.91 35.59 -7.74 30.79 0.34 259.93 324.74 -0.8802 -0.9693 4 4 27 22 22 53 60 4.79 14.30 358.28 6.11 25.89 -7.46 30.63 0.33 260.17 324.93 -0.8815 -0.9696 5 4 30 7 23 0 8 4.77 14.77 348.72 6.31 16.18 -7.18 30.47 0.33 260.41 325.12 -0.8828 -0.9698 6 4 32 51 23 6 7 4.75 15.25 339.16 6.51 6.48 -6.90 30.31 0.32 260.65 325.32 -0.8842 -0.9701 7 4 35 36 23 11 55 4.73 15.73 329.60 6.71 356.77 -6.62 30.15 0.32 260.90 325.52 -0.8855 -0.9704 8 4 38 21 23 17 32 4.71 16.20 320.03 6.91 347.07 -6.33 29.98 0.32 261.14 325.73 -0.8868 -0.9707 9 4 41 6 23 22 58 4.69 16.68 310.47 7.11 337.37 -6.05 29.82 0.31 261.39 325.94 -0.8881 -0.9710 10 4 43 51 23 28 14 4.68 17.15 300.91 7.31 327.67 -5.77 29.66 0.31 261.63 326.16 -0.8894 -0.9713 11 4 46 37 23 33 19 4.66 17.63 291.35 7.50 317.97 -5.48 29.49 0.30 261.88 326.38 -0.8907 -0.9716 12 4 49 22 23 38 13 4.64 18.10 281.79 7.70 308.27 -5.20 29.33 0.30 262.13 326.60 -0.8919 -0.9719 13 4 52 8 23 42 56 4.62 18.57 272.23 7.89 298.57 -4.91 29.16 0.29 262.38 326.83 -0.8932 -0.9722 14 4 54 54 23 47 29 4.60 19.04 262.67 8.09 288.87 -4.63 29.00 0.29 262.63 327.06 -0.8944 -0.9726 15 4 57 40 23 51 50 4.58 19.52 253.12 8.28 279.18 -4.34 28.83 0.28 262.88 327.29 -0.8957 -0.9729 16 5 0 27 23 56 0 4.57 19.99 243.56 8.47 269.48 -4.05 28.66 0.28 263.14 327.53 -0.8969 -0.9732 17 5 3 13 23 59 60 4.55 20.46 234.00 8.67 259.78 -3.77 28.50 0.28 263.39 327.78 -0.8982 -0.9735 18 5 5 60 24 3 48 4.53 20.93 224.44 8.86 250.09 -3.48 28.33 0.27 263.65 328.02 -0.8994 -0.9739 19 5 8 46 24 7 25 4.51 21.39 214.88 9.05 240.39 -3.19 28.16 0.27 263.90 328.27 -0.9006 -0.9742 20 5 11 33 24 10 51 4.50 21.86 205.32 9.24 230.70 -2.91 27.99 0.26 264.16 328.53 -0.9018 -0.9746 21 5 14 20 24 14 6 4.48 22.33 195.76 9.43 221.00 -2.62 27.82 0.26 264.41 328.79 -0.9030 -0.9749 22 5 17 7 24 17 10 4.46 22.80 186.21 9.62 211.31 -2.33 27.65 0.25 264.67 329.05 -0.9042 -0.9753 23 5 19 54 24 20 2 4.45 23.26 176.65 9.80 201.62 -2.04 27.48 0.25 264.93 329.31 -0.9053 -0.9756 24 5 22 42 24 22 44 4.43 23.73 167.09 9.99 191.92 -1.76 27.31 0.25 265.19 329.58 -0.9065 -0.9760 25 5 25 29 24 25 14 4.42 24.20 157.53 10.18 182.23 -1.47 27.14 0.24 265.45 329.85 -0.9077 -0.9763 26 5 28 16 24 27 33 4.40 24.66 147.98 10.36 172.54 -1.18 26.97 0.24 265.71 330.13 -0.9088 -0.9767 27 5 31 4 24 29 40 4.38 25.13 138.42 10.55 162.84 -0.89 26.80 0.24 265.97 330.41 -0.9100 -0.9771 28 5 33 51 24 31 36 4.37 25.59 128.86 10.73 153.15 -0.61 26.63 0.23 266.23 330.69 -0.9111 -0.9774 29 5 36 39 24 33 21 4.35 26.05 119.30 10.91 143.46 -0.32 26.46 0.23 266.49 330.98 -0.9122 -0.9778 30 5 39 26 24 34 55 4.34 26.52 109.75 11.09 133.77 -0.03 26.28 0.22 266.75 331.27 -0.9133 -0.9782 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 2004 : 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 5 42 14 24 36 17 4.33 26.98 100.19 11.28 124.08 0.26 26.11 0.22 267.01 331.56 -0.9144 -0.9785 2 5 45 1 24 37 28 4.31 27.44 90.63 11.46 114.39 0.54 25.94 0.22 267.27 331.85 -0.9155 -0.9789 3 5 47 49 24 38 28 4.30 27.90 81.08 11.64 104.70 0.83 25.76 0.21 267.53 332.15 -0.9166 -0.9793 4 5 50 36 24 39 16 4.28 28.36 71.52 11.81 95.01 1.12 25.59 0.21 267.79 332.45 -0.9177 -0.9796 5 5 53 24 24 39 53 4.27 28.82 61.96 11.99 85.32 1.40 25.42 0.21 268.05 332.75 -0.9188 -0.9800 6 5 56 11 24 40 18 4.25 29.28 52.41 12.17 75.63 1.69 25.24 0.20 268.32 333.06 -0.9199 -0.9804 7 5 58 59 24 40 32 4.24 29.74 42.85 12.34 65.94 1.98 25.07 0.20 268.58 333.37 -0.9209 -0.9807 8 6 1 46 24 40 35 4.23 30.20 33.29 12.52 56.24 2.26 24.89 0.20 268.84 333.68 -0.9220 -0.9811 9 6 4 34 24 40 27 4.21 30.66 23.73 12.69 46.55 2.55 24.72 0.19 269.10 334.00 -0.9230 -0.9815 10 6 7 21 24 40 7 4.20 31.12 14.18 12.87 36.86 2.83 24.54 0.19 269.36 334.31 -0.9241 -0.9818 11 6 10 8 24 39 36 4.19 31.57 4.62 13.04 27.17 3.12 24.37 0.19 269.62 334.63 -0.9251 -0.9822 12 6 12 55 24 38 54 4.17 32.03 355.06 13.21 17.48 3.40 24.19 0.18 269.88 334.96 -0.9261 -0.9826 13 6 15 43 24 38 1 4.16 32.49 345.51 13.38 7.79 3.68 24.01 0.18 270.14 335.28 -0.9271 -0.9829 14 6 18 30 24 36 56 4.15 32.94 335.95 13.55 358.10 3.97 23.84 0.18 270.40 335.61 -0.9281 -0.9833 15 6 21 17 24 35 40 4.14 33.40 326.39 13.72 348.41 4.25 23.66 0.17 270.65 335.94 -0.9291 -0.9836 16 6 24 4 24 34 13 4.13 33.85 316.83 13.89 338.72 4.53 23.48 0.17 270.91 336.27 -0.9301 -0.9840 17 6 26 50 24 32 35 4.11 34.31 307.28 14.06 329.03 4.81 23.30 0.17 271.17 336.61 -0.9311 -0.9843 18 6 29 37 24 30 46 4.10 34.76 297.72 14.22 319.33 5.09 23.12 0.16 271.42 336.94 -0.9321 -0.9847 19 6 32 24 24 28 45 4.09 35.21 288.16 14.39 309.64 5.37 22.95 0.16 271.68 337.28 -0.9331 -0.9851 20 6 35 10 24 26 34 4.08 35.67 278.60 14.55 299.95 5.65 22.77 0.16 271.93 337.62 -0.9340 -0.9854 21 6 37 57 24 24 11 4.07 36.12 269.04 14.71 290.25 5.93 22.59 0.16 272.19 337.97 -0.9350 -0.9857 22 6 40 43 24 21 38 4.06 36.57 259.49 14.88 280.56 6.21 22.41 0.15 272.44 338.31 -0.9359 -0.9861 23 6 43 29 24 18 53 4.04 37.03 249.93 15.04 270.87 6.49 22.23 0.15 272.69 338.66 -0.9369 -0.9864 24 6 46 15 24 15 58 4.03 37.48 240.37 15.20 261.17 6.76 22.05 0.15 272.94 339.01 -0.9378 -0.9868 25 6 49 1 24 12 52 4.02 37.93 230.81 15.36 251.48 7.04 21.87 0.14 273.19 339.36 -0.9387 -0.9871 26 6 51 46 24 9 35 4.01 38.38 221.25 15.51 241.78 7.31 21.69 0.14 273.44 339.72 -0.9397 -0.9874 27 6 54 32 24 6 7 4.00 38.83 211.69 15.67 232.08 7.59 21.50 0.14 273.69 340.07 -0.9406 -0.9878 28 6 57 17 24 2 28 3.99 39.28 202.13 15.83 222.39 7.86 21.32 0.14 273.94 340.43 -0.9415 -0.9881 29 7 0 2 23 58 39 3.98 39.73 192.57 15.98 212.69 8.13 21.14 0.13 274.18 340.79 -0.9424 -0.9884 30 7 2 47 23 54 39 3.97 40.18 183.01 16.14 202.99 8.40 20.96 0.13 274.43 341.15 -0.9433 -0.9887 31 7 5 32 23 50 29 3.96 40.63 173.45 16.29 193.30 8.67 20.78 0.13 274.67 341.51 -0.9442 -0.9890 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 2004 : 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 7 8 16 23 46 8 3.95 41.08 163.89 16.44 183.60 8.94 20.60 0.13 274.91 341.87 -0.9451 -0.9894 2 7 11 0 23 41 36 3.94 41.52 154.33 16.59 173.90 9.21 20.41 0.12 275.15 342.24 -0.9460 -0.9897 3 7 13 44 23 36 55 3.93 41.97 144.77 16.74 164.20 9.48 20.23 0.12 275.39 342.61 -0.9468 -0.9900 4 7 16 28 23 32 2 3.92 42.42 135.21 16.89 154.50 9.74 20.05 0.12 275.63 342.98 -0.9477 -0.9903 5 7 19 11 23 26 60 3.91 42.87 125.65 17.04 144.79 10.01 19.87 0.12 275.86 343.35 -0.9486 -0.9906 6 7 21 55 23 21 47 3.90 43.31 116.09 17.19 135.09 10.27 19.68 0.11 276.10 343.72 -0.9494 -0.9909 7 7 24 38 23 16 24 3.89 43.76 106.53 17.33 125.39 10.53 19.50 0.11 276.33 344.09 -0.9503 -0.9911 8 7 27 21 23 10 51 3.89 44.21 96.97 17.48 115.68 10.80 19.32 0.11 276.56 344.47 -0.9511 -0.9914 9 7 30 3 23 5 8 3.88 44.65 87.41 17.62 105.98 11.06 19.13 0.11 276.79 344.84 -0.9519 -0.9917 10 7 32 46 22 59 15 3.87 45.10 77.84 17.76 96.27 11.31 18.95 0.10 277.02 345.22 -0.9528 -0.9920 11 7 35 28 22 53 12 3.86 45.54 68.28 17.90 86.57 11.57 18.76 0.10 277.24 345.60 -0.9536 -0.9922 12 7 38 10 22 46 59 3.85 45.99 58.72 18.04 76.86 11.83 18.58 0.10 277.46 345.98 -0.9544 -0.9925 13 7 40 51 22 40 36 3.84 46.43 49.16 18.18 67.15 12.08 18.39 0.10 277.69 346.36 -0.9552 -0.9928 14 7 43 33 22 34 4 3.83 46.88 39.59 18.32 57.44 12.34 18.21 0.10 277.91 346.74 -0.9560 -0.9930 15 7 46 14 22 27 21 3.83 47.32 30.03 18.46 47.73 12.59 18.02 0.09 278.12 347.12 -0.9568 -0.9933 16 7 48 55 22 20 29 3.82 47.77 20.46 18.59 38.02 12.84 17.84 0.09 278.34 347.51 -0.9576 -0.9935 17 7 51 35 22 13 28 3.81 48.21 10.90 18.73 28.30 13.09 17.65 0.09 278.55 347.89 -0.9584 -0.9938 18 7 54 15 22 6 17 3.80 48.65 1.34 18.86 18.59 13.34 17.46 0.09 278.76 348.28 -0.9592 -0.9940 19 7 56 55 21 58 57 3.79 49.10 351.77 18.99 8.87 13.58 17.28 0.09 278.97 348.67 -0.9600 -0.9942 20 7 59 35 21 51 27 3.79 49.54 342.21 19.13 359.16 13.83 17.09 0.08 279.18 349.06 -0.9608 -0.9945 21 8 2 15 21 43 49 3.78 49.98 332.64 19.26 349.44 14.07 16.90 0.08 279.38 349.45 -0.9615 -0.9947 22 8 4 54 21 36 1 3.77 50.42 323.07 19.38 339.72 14.31 16.72 0.08 279.59 349.84 -0.9623 -0.9949 23 8 7 33 21 28 4 3.77 50.86 313.51 19.51 330.00 14.55 16.53 0.08 279.79 350.23 -0.9631 -0.9951 24 8 10 11 21 19 58 3.76 51.31 303.94 19.64 320.28 14.79 16.34 0.08 279.98 350.62 -0.9638 -0.9953 25 8 12 50 21 11 43 3.75 51.75 294.38 19.76 310.56 15.02 16.15 0.07 280.18 351.01 -0.9646 -0.9955 26 8 15 27 21 3 20 3.74 52.19 284.81 19.89 300.84 15.26 15.96 0.07 280.37 351.41 -0.9653 -0.9957 27 8 18 5 20 54 48 3.74 52.63 275.24 20.01 291.11 15.49 15.78 0.07 280.56 351.80 -0.9660 -0.9959 28 8 20 43 20 46 7 3.73 53.07 265.67 20.13 281.39 15.72 15.59 0.07 280.75 352.19 -0.9668 -0.9961 29 8 23 20 20 37 17 3.73 53.51 256.10 20.25 271.66 15.95 15.40 0.07 280.94 352.59 -0.9675 -0.9963 30 8 25 56 20 28 19 3.72 53.95 246.54 20.37 261.93 16.18 15.21 0.07 281.12 352.99 -0.9682 -0.9964 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 2004 : 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 8 28 33 20 19 13 3.71 54.39 236.97 20.49 252.20 16.41 15.02 0.06 281.30 353.38 -0.9689 -0.9966 2 8 31 9 20 9 58 3.71 54.83 227.40 20.61 242.47 16.63 14.83 0.06 281.47 353.78 -0.9696 -0.9968 3 8 33 45 20 0 35 3.70 55.27 217.83 20.72 232.74 16.85 14.64 0.06 281.65 354.18 -0.9703 -0.9969 4 8 36 20 19 51 4 3.69 55.71 208.26 20.84 223.01 17.07 14.45 0.06 281.82 354.58 -0.9710 -0.9971 5 8 38 56 19 41 25 3.69 56.15 198.69 20.95 213.27 17.29 14.26 0.06 281.99 354.98 -0.9717 -0.9972 6 8 41 30 19 31 38 3.68 56.59 189.12 21.06 203.54 17.51 14.07 0.06 282.15 355.38 -0.9724 -0.9974 7 8 44 5 19 21 43 3.68 57.03 179.55 21.17 193.80 17.72 13.88 0.05 282.31 355.78 -0.9731 -0.9975 8 8 46 39 19 11 40 3.67 57.47 169.98 21.28 184.06 17.93 13.69 0.05 282.47 356.18 -0.9737 -0.9977 9 8 49 13 19 1 30 3.67 57.91 160.40 21.39 174.32 18.14 13.50 0.05 282.63 356.58 -0.9744 -0.9978 10 8 51 47 18 51 12 3.66 58.35 150.83 21.50 164.58 18.35 13.31 0.05 282.78 356.98 -0.9750 -0.9979 11 8 54 21 18 40 46 3.66 58.78 141.26 21.60 154.84 18.55 13.12 0.05 282.93 357.38 -0.9757 -0.9981 12 8 56 54 18 30 12 3.65 59.22 131.69 21.71 145.09 18.76 12.93 0.05 283.08 357.79 -0.9763 -0.9982 13 8 59 27 18 19 32 3.65 59.66 122.11 21.81 135.35 18.96 12.74 0.04 283.22 358.19 -0.9770 -0.9983 14 9 1 59 18 8 43 3.64 60.10 112.54 21.91 125.60 19.16 12.55 0.04 283.36 358.59 -0.9776 -0.9984 15 9 4 32 17 57 48 3.64 60.54 102.97 22.01 115.85 19.35 12.36 0.04 283.50 358.99 -0.9782 -0.9985 16 9 7 4 17 46 46 3.63 60.97 93.39 22.11 106.10 19.55 12.16 0.04 283.63 359.40 -0.9789 -0.9986 17 9 9 35 17 35 36 3.63 61.41 83.82 22.21 96.35 19.74 11.97 0.04 283.76 359.80 -0.9795 -0.9987 18 9 12 7 17 24 20 3.62 61.85 74.24 22.30 86.59 19.93 11.78 0.04 283.88 0.21 -0.9801 -0.9988 19 9 14 38 17 12 56 3.62 62.29 64.67 22.40 76.84 20.12 11.59 0.04 284.00 0.61 -0.9807 -0.9989 20 9 17 9 17 1 26 3.61 62.72 55.09 22.49 67.08 20.30 11.39 0.04 284.12 1.01 -0.9813 -0.9990 21 9 19 39 16 49 49 3.61 63.16 45.51 22.58 57.32 20.49 11.20 0.03 284.23 1.42 -0.9819 -0.9990 22 9 22 10 16 38 6 3.60 63.60 35.94 22.68 47.57 20.67 11.01 0.03 284.34 1.82 -0.9824 -0.9991 23 9 24 40 16 26 16 3.60 64.04 26.36 22.77 37.81 20.84 10.81 0.03 284.45 2.23 -0.9830 -0.9992 24 9 27 9 16 14 20 3.60 64.47 16.78 22.85 28.04 21.02 10.62 0.03 284.55 2.63 -0.9836 -0.9993 25 9 29 39 16 2 17 3.59 64.91 7.21 22.94 18.28 21.19 10.43 0.03 284.64 3.04 -0.9841 -0.9993 26 9 32 8 15 50 9 3.59 65.35 357.63 23.03 8.51 21.36 10.23 0.03 284.73 3.44 -0.9847 -0.9994 27 9 34 37 15 37 54 3.59 65.78 348.05 23.11 358.75 21.53 10.04 0.03 284.82 3.85 -0.9852 -0.9994 28 9 37 6 15 25 33 3.58 66.22 338.47 23.19 348.98 21.69 9.85 0.03 284.90 4.25 -0.9858 -0.9995 29 9 39 34 15 13 6 3.58 66.66 328.89 23.27 339.21 21.86 9.65 0.03 284.98 4.65 -0.9863 -0.9995 30 9 42 2 15 0 33 3.58 67.09 319.31 23.35 329.44 22.01 9.46 0.02 285.05 5.06 -0.9868 -0.9996 31 9 44 30 14 47 55 3.57 67.53 309.73 23.43 319.67 22.17 9.26 0.02 285.12 5.46 -0.9873 -0.9996 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 2004 : 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 9 46 58 14 35 11 3.57 67.97 300.15 23.51 309.89 22.33 9.07 0.02 285.18 5.86 -0.9878 -0.9997 2 9 49 25 14 22 21 3.57 68.40 290.57 23.59 300.12 22.48 8.88 0.02 285.23 6.27 -0.9883 -0.9997 3 9 51 52 14 9 26 3.56 68.84 280.99 23.66 290.34 22.63 8.68 0.02 285.28 6.67 -0.9888 -0.9997 4 9 54 19 13 56 26 3.56 69.28 271.41 23.73 280.56 22.77 8.49 0.02 285.32 7.07 -0.9893 -0.9998 5 9 56 45 13 43 20 3.56 69.71 261.83 23.81 270.78 22.91 8.29 0.02 285.36 7.48 -0.9897 -0.9998 6 9 59 12 13 30 8 3.55 70.15 252.24 23.88 261.00 23.05 8.10 0.02 285.38 7.88 -0.9902 -0.9998 7 10 1 38 13 16 52 3.55 70.59 242.66 23.94 251.22 23.19 7.90 0.02 285.40 8.28 -0.9907 -0.9999 8 10 4 4 13 3 30 3.55 71.02 233.08 24.01 241.44 23.32 7.70 0.02 285.42 8.68 -0.9911 -0.9999 9 10 6 30 12 50 4 3.55 71.46 223.49 24.08 231.65 23.46 7.51 0.02 285.42 9.08 -0.9915 -0.9999 10 10 8 55 12 36 32 3.54 71.89 213.91 24.14 221.86 23.58 7.31 0.01 285.42 9.48 -0.9920 -0.9999 11 10 11 21 12 22 56 3.54 72.33 204.33 24.20 212.08 23.71 7.12 0.01 285.41 9.88 -0.9924 -0.9999 12 10 13 46 12 9 15 3.54 72.77 194.74 24.27 202.29 23.83 6.92 0.01 285.38 10.28 -0.9928 -0.9999 13 10 16 11 11 55 29 3.54 73.20 185.16 24.33 192.50 23.95 6.72 0.01 285.35 10.68 -0.9932 -1.0000 14 10 18 36 11 41 38 3.54 73.64 175.57 24.38 182.70 24.07 6.53 0.01 285.31 11.07 -0.9936 -1.0000 15 10 21 0 11 27 43 3.53 74.08 165.99 24.44 172.91 24.18 6.33 0.01 285.25 11.47 -0.9939 -1.0000 16 10 23 25 11 13 44 3.53 74.51 156.40 24.50 163.12 24.29 6.13 0.01 285.18 11.87 -0.9943 -1.0000 17 10 25 49 10 59 41 3.53 74.95 146.82 24.55 153.32 24.40 5.94 0.01 285.10 12.26 -0.9946 -1.0000 18 10 28 13 10 45 33 3.53 75.39 137.23 24.60 143.52 24.50 5.74 0.01 285.00 12.66 -0.9950 -1.0000 19 10 30 37 10 31 21 3.53 75.82 127.64 24.66 133.73 24.60 5.54 0.01 284.89 13.05 -0.9953 -1.0000 20 10 33 0 10 17 6 3.52 76.26 118.06 24.70 123.93 24.70 5.35 0.01 284.76 13.44 -0.9957 -1.0000 21 10 35 24 10 2 46 3.52 76.70 108.47 24.75 114.13 24.79 5.15 0.01 284.61 13.83 -0.9960 -1.0000 22 10 37 47 9 48 23 3.52 77.13 98.88 24.80 104.32 24.88 4.95 0.01 284.43 14.22 -0.9963 -1.0000 23 10 40 11 9 33 55 3.52 77.57 89.30 24.84 94.52 24.97 4.76 0.01 284.24 14.61 -0.9966 1.0000 24 10 42 34 9 19 24 3.52 78.01 79.71 24.89 84.72 25.05 4.56 0.01 284.01 15.00 -0.9968 1.0000 25 10 44 57 9 4 50 3.52 78.44 70.12 24.93 74.91 25.14 4.36 0.01 283.76 15.39 -0.9971 1.0000 26 10 47 19 8 50 12 3.52 78.88 60.53 24.97 65.11 25.21 4.16 0.00 283.47 15.77 -0.9974 1.0000 27 10 49 42 8 35 31 3.52 79.32 50.94 25.01 55.30 25.29 3.97 0.00 283.15 16.16 -0.9976 1.0000 28 10 52 5 8 20 47 3.52 79.76 41.35 25.05 45.49 25.36 3.77 0.00 282.78 16.54 -0.9978 1.0000 29 10 54 27 8 5 59 3.52 80.19 31.76 25.08 35.68 25.43 3.57 0.00 282.35 16.92 -0.9981 1.0000 30 10 56 49 7 51 8 3.51 80.63 22.17 25.12 25.88 25.49 3.38 0.00 281.87 17.30 -0.9983 1.0000 31 10 59 11 7 36 15 3.51 81.07 12.58 25.15 16.06 25.55 3.18 0.00 281.32 17.68 -0.9985 1.0000 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 2004 : 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 11 1 34 7 21 18 3.51 81.51 2.99 25.18 6.25 25.61 2.99 0.00 280.69 18.06 -0.9987 1.0000 2 11 3 55 7 6 19 3.51 81.94 353.40 25.21 356.44 25.66 2.79 0.00 279.95 18.43 -0.9988 1.0000 3 11 6 17 6 51 16 3.51 82.38 343.81 25.24 346.63 25.71 2.59 0.00 279.10 18.81 -0.9990 1.0000 4 11 8 39 6 36 11 3.51 82.82 334.22 25.27 336.82 25.76 2.40 0.00 278.09 19.18 -0.9992 1.0000 5 11 11 1 6 21 4 3.51 83.26 324.63 25.29 327.00 25.80 2.21 0.00 276.89 19.55 -0.9993 1.0000 6 11 13 23 6 5 53 3.51 83.70 315.04 25.32 317.19 25.84 2.01 0.00 275.45 19.92 -0.9994 1.0000 7 11 15 44 5 50 41 3.51 84.14 305.45 25.34 307.37 25.88 1.82 0.00 273.70 20.29 -0.9995 1.0000 8 11 18 6 5 35 25 3.51 84.58 295.86 25.36 297.56 25.91 1.63 0.00 271.53 20.65 -0.9996 1.0000 9 11 20 27 5 20 8 3.51 85.02 286.27 25.38 287.74 25.94 1.45 0.00 268.79 21.01 -0.9997 1.0000 10 11 22 49 5 4 48 3.51 85.45 276.67 25.39 277.92 25.97 1.27 0.00 265.23 21.38 -0.9998 1.0000 11 11 25 10 4 49 27 3.51 85.89 267.08 25.41 268.10 25.99 1.09 0.00 260.51 21.73 -0.9999 1.0000 12 11 27 32 4 34 3 3.51 86.33 257.49 25.42 258.28 26.01 0.93 0.00 254.05 22.09 -0.9999 1.0000 13 11 29 53 4 18 38 3.51 86.77 247.90 25.44 248.47 26.03 0.78 0.00 245.00 22.45 -1.0000 0.9999 14 11 32 15 4 3 10 3.52 87.21 238.30 25.45 238.65 26.04 0.66 0.00 232.25 22.80 -1.0000 0.9999 15 11 34 36 3 47 41 3.52 87.65 228.71 25.46 228.83 26.05 0.59 0.00 215.23 23.15 -1.0000 0.9999 16 11 36 57 3 32 11 3.52 88.09 219.12 25.47 219.01 26.05 -0.59 0.00 195.65 23.49 1.0000 0.9999 17 11 39 19 3 16 38 3.52 88.53 209.52 25.47 209.19 26.05 -0.65 0.00 177.49 23.84 1.0000 0.9999 18 11 41 40 3 1 5 3.52 88.97 199.93 25.48 199.37 26.05 -0.76 0.00 163.39 24.18 1.0000 0.9999 19 11 44 1 2 45 30 3.52 89.42 190.34 25.48 189.55 26.04 -0.90 0.00 153.28 24.52 0.9999 1.0000 20 11 46 23 2 29 54 3.52 89.86 180.74 25.48 179.73 26.03 -1.07 0.00 146.09 24.86 0.9999 1.0000 21 11 48 44 2 14 16 3.52 90.30 171.15 25.48 169.91 26.02 -1.24 0.00 140.87 25.19 0.9998 1.0000 22 11 51 6 1 58 38 3.52 90.74 161.56 25.48 160.09 26.00 -1.42 0.00 136.97 25.53 0.9997 1.0000 23 11 53 27 1 42 59 3.53 91.18 151.96 25.47 150.27 25.98 -1.61 0.00 133.96 25.85 0.9996 1.0000 24 11 55 49 1 27 19 3.53 91.62 142.37 25.47 140.45 25.96 -1.80 0.00 131.59 26.18 0.9995 1.0000 25 11 58 10 1 11 38 3.53 92.07 132.77 25.46 130.63 25.93 -1.99 0.00 129.67 26.50 0.9994 1.0000 26 12 0 32 0 55 56 3.53 92.51 123.18 25.45 120.81 25.90 -2.19 0.00 128.10 26.82 0.9993 1.0000 27 12 2 53 0 40 14 3.53 92.95 113.59 25.44 110.99 25.87 -2.38 0.00 126.77 27.14 0.9992 1.0000 28 12 5 15 0 24 32 3.53 93.39 103.99 25.43 101.17 25.83 -2.58 0.00 125.65 27.45 0.9990 1.0000 29 12 7 37 0 8 49 3.54 93.84 94.40 25.42 91.35 25.79 -2.78 0.00 124.68 27.76 0.9988 1.0000 30 12 9 59 - 0 6 55 3.54 94.28 84.80 25.40 81.53 25.74 -2.98 0.00 123.84 28.07 0.9987 1.0000 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 2004 : 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 12 12 21 - 0 22 38 3.54 94.73 75.21 25.39 71.71 25.69 -3.18 0.00 123.10 28.38 0.9985 1.0000 2 12 14 43 - 0 38 22 3.54 95.17 65.61 25.37 61.89 25.64 -3.38 0.00 122.44 28.68 0.9983 1.0000 3 12 17 5 - 0 54 6 3.55 95.61 56.02 25.35 52.07 25.58 -3.58 0.00 121.85 28.97 0.9981 1.0000 4 12 19 27 - 1 9 50 3.55 96.06 46.42 25.33 42.25 25.52 -3.78 0.00 121.32 29.27 0.9978 1.0000 5 12 21 50 - 1 25 34 3.55 96.50 36.83 25.31 32.44 25.46 -3.98 0.00 120.84 29.56 0.9976 1.0000 6 12 24 12 - 1 41 17 3.55 96.95 27.23 25.28 22.62 25.39 -4.18 0.00 120.39 29.85 0.9973 1.0000 7 12 26 35 - 1 57 0 3.56 97.39 17.64 25.26 12.80 25.32 -4.38 0.01 119.99 30.13 0.9971 -1.0000 8 12 28 58 - 2 12 43 3.56 97.84 8.05 25.23 2.99 25.25 -4.58 0.01 119.61 30.41 0.9968 -1.0000 9 12 31 21 - 2 28 26 3.56 98.29 358.45 25.20 353.17 25.17 -4.78 0.01 119.26 30.68 0.9965 -1.0000 10 12 33 44 - 2 44 8 3.56 98.73 348.86 25.17 343.36 25.09 -4.99 0.01 118.93 30.95 0.9962 -1.0000 11 12 36 7 - 2 59 49 3.57 99.18 339.26 25.13 333.54 25.00 -5.19 0.01 118.62 31.22 0.9959 -1.0000 12 12 38 30 - 3 15 29 3.57 99.63 329.67 25.10 323.73 24.92 -5.39 0.01 118.33 31.49 0.9956 -1.0000 13 12 40 54 - 3 31 8 3.57 100.08 320.07 25.06 313.91 24.82 -5.60 0.01 118.05 31.75 0.9953 -1.0000 14 12 43 18 - 3 46 47 3.58 100.52 310.48 25.02 304.10 24.73 -5.80 0.01 117.79 32.00 0.9949 -1.0000 15 12 45 42 - 4 2 24 3.58 100.97 300.88 24.99 294.29 24.63 -6.00 0.01 117.54 32.25 0.9946 -1.0000 16 12 48 6 - 4 17 60 3.58 101.42 291.29 24.94 284.48 24.53 -6.21 0.01 117.30 32.50 0.9942 -1.0000 17 12 50 30 - 4 33 35 3.59 101.87 281.69 24.90 274.67 24.42 -6.41 0.01 117.06 32.74 0.9938 -0.9999 18 12 52 55 - 4 49 8 3.59 102.32 272.10 24.86 264.86 24.31 -6.61 0.01 116.84 32.98 0.9934 -0.9999 19 12 55 19 - 5 4 40 3.59 102.77 262.51 24.81 255.05 24.20 -6.82 0.01 116.62 33.22 0.9930 -0.9999 20 12 57 44 - 5 20 10 3.60 103.22 252.91 24.76 245.25 24.09 -7.02 0.01 116.41 33.45 0.9926 -0.9999 21 13 0 9 - 5 35 38 3.60 103.67 243.32 24.71 235.44 23.97 -7.22 0.01 116.20 33.67 0.9922 -0.9999 22 13 2 35 - 5 51 4 3.61 104.12 233.72 24.66 225.64 23.84 -7.43 0.02 116.00 33.90 0.9918 -0.9998 23 13 5 0 - 6 6 29 3.61 104.57 224.13 24.61 215.83 23.72 -7.63 0.02 115.80 34.11 0.9913 -0.9998 24 13 7 26 - 6 21 51 3.62 105.02 214.54 24.56 206.03 23.59 -7.83 0.02 115.61 34.32 0.9909 -0.9998 25 13 9 52 - 6 37 11 3.62 105.48 204.94 24.50 196.23 23.46 -8.04 0.02 115.42 34.53 0.9904 -0.9997 26 13 12 18 - 6 52 29 3.62 105.93 195.35 24.44 186.43 23.32 -8.24 0.02 115.23 34.74 0.9899 -0.9997 27 13 14 45 - 7 7 44 3.63 106.38 185.75 24.38 176.63 23.18 -8.45 0.02 115.05 34.93 0.9895 -0.9997 28 13 17 12 - 7 22 57 3.63 106.83 176.16 24.32 166.83 23.04 -8.65 0.02 114.86 35.13 0.9890 -0.9996 29 13 19 39 - 7 38 8 3.64 107.29 166.57 24.26 157.03 22.90 -8.85 0.02 114.68 35.32 0.9885 -0.9996 30 13 22 6 - 7 53 16 3.64 107.74 156.97 24.20 147.24 22.75 -9.06 0.02 114.50 35.50 0.9880 -0.9995 31 13 24 34 - 8 8 21 3.65 108.20 147.38 24.13 137.44 22.60 -9.26 0.02 114.32 35.68 0.9875 -0.9995 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 2004 : 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 13 27 2 - 8 23 23 3.65 108.65 137.79 24.06 127.65 22.44 -9.47 0.02 114.14 35.85 0.9869 -0.9994 2 13 29 30 - 8 38 22 3.66 109.11 128.20 23.99 117.86 22.28 -9.67 0.03 113.96 36.02 0.9864 -0.9994 3 13 31 59 - 8 53 18 3.66 109.56 118.60 23.92 108.06 22.12 -9.87 0.03 113.78 36.18 0.9859 -0.9993 4 13 34 27 - 9 8 11 3.67 110.02 109.01 23.85 98.27 21.96 -10.08 0.03 113.60 36.34 0.9853 -0.9992 5 13 36 57 - 9 23 1 3.67 110.48 99.42 23.78 88.48 21.79 -10.28 0.03 113.43 36.50 0.9847 -0.9992 6 13 39 26 - 9 37 47 3.68 110.94 89.83 23.70 78.70 21.62 -10.49 0.03 113.25 36.65 0.9842 -0.9991 7 13 41 56 - 9 52 30 3.69 111.39 80.24 23.62 68.91 21.45 -10.69 0.03 113.07 36.79 0.9836 -0.9990 8 13 44 26 - 10 7 9 3.69 111.85 70.64 23.54 59.12 21.27 -10.90 0.03 112.89 36.93 0.9830 -0.9989 9 13 46 57 - 10 21 44 3.70 112.31 61.05 23.46 49.34 21.10 -11.10 0.03 112.71 37.06 0.9824 -0.9988 10 13 49 27 - 10 36 16 3.70 112.77 51.46 23.38 39.56 20.91 -11.30 0.04 112.53 37.19 0.9818 -0.9987 11 13 51 59 - 10 50 43 3.71 113.23 41.87 23.30 29.78 20.73 -11.51 0.04 112.35 37.31 0.9812 -0.9986 12 13 54 30 - 11 5 6 3.72 113.69 32.28 23.21 20.00 20.54 -11.71 0.04 112.17 37.43 0.9806 -0.9985 13 13 57 2 - 11 19 25 3.72 114.15 22.69 23.12 10.22 20.35 -11.92 0.04 111.98 37.54 0.9800 -0.9984 14 13 59 34 - 11 33 40 3.73 114.61 13.10 23.04 0.44 20.16 -12.12 0.04 111.80 37.65 0.9793 -0.9983 15 14 2 7 - 11 47 50 3.73 115.07 3.51 22.95 350.66 19.96 -12.33 0.04 111.61 37.75 0.9787 -0.9982 16 14 4 40 - 12 1 55 3.74 115.54 353.92 22.85 340.89 19.76 -12.53 0.04 111.43 37.84 0.9780 -0.9980 17 14 7 13 - 12 15 56 3.75 116.00 344.33 22.76 331.11 19.56 -12.73 0.05 111.24 37.93 0.9774 -0.9979 18 14 9 47 - 12 29 52 3.75 116.46 334.74 22.66 321.34 19.36 -12.94 0.05 111.05 38.02 0.9767 -0.9978 19 14 12 21 - 12 43 43 3.76 116.93 325.15 22.57 311.57 19.15 -13.14 0.05 110.86 38.10 0.9760 -0.9976 20 14 14 56 - 12 57 29 3.77 117.39 315.56 22.47 301.80 18.94 -13.34 0.05 110.66 38.17 0.9754 -0.9975 21 14 17 30 - 13 11 9 3.78 117.86 305.97 22.37 292.03 18.73 -13.55 0.05 110.47 38.24 0.9747 -0.9973 22 14 20 6 - 13 24 44 3.78 118.32 296.38 22.27 282.26 18.52 -13.75 0.05 110.27 38.30 0.9740 -0.9971 23 14 22 41 - 13 38 14 3.79 118.79 286.79 22.17 272.50 18.30 -13.96 0.06 110.08 38.36 0.9733 -0.9970 24 14 25 17 - 13 51 38 3.80 119.25 277.20 22.06 262.73 18.08 -14.16 0.06 109.88 38.41 0.9726 -0.9968 25 14 27 54 - 14 4 56 3.80 119.72 267.62 21.95 252.97 17.86 -14.36 0.06 109.68 38.45 0.9719 -0.9966 26 14 30 31 - 14 18 8 3.81 120.19 258.03 21.85 243.21 17.63 -14.56 0.06 109.47 38.49 0.9711 -0.9964 27 14 33 8 - 14 31 15 3.82 120.66 248.44 21.74 233.45 17.41 -14.77 0.06 109.27 38.53 0.9704 -0.9962 28 14 35 46 - 14 44 15 3.83 121.13 238.85 21.63 223.69 17.18 -14.97 0.06 109.06 38.55 0.9697 -0.9960 29 14 38 24 - 14 57 10 3.84 121.60 229.27 21.51 213.93 16.95 -15.17 0.07 108.85 38.58 0.9689 -0.9958 30 14 41 2 - 15 9 58 3.84 122.07 219.68 21.40 204.17 16.71 -15.38 0.07 108.64 38.59 0.9682 -0.9956 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 2004 : 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 14 43 42 - 15 22 40 3.85 122.54 210.09 21.28 194.42 16.48 -15.58 0.07 108.43 38.60 0.9674 -0.9954 2 14 46 21 - 15 35 15 3.86 123.01 200.51 21.17 184.66 16.24 -15.78 0.07 108.22 38.61 0.9667 -0.9952 3 14 49 1 - 15 47 43 3.87 123.48 190.92 21.05 174.91 16.00 -15.98 0.07 108.00 38.61 0.9659 -0.9950 4 14 51 41 - 16 0 5 3.88 123.95 181.33 20.93 165.16 15.76 -16.19 0.08 107.78 38.60 0.9651 -0.9947 5 14 54 22 - 16 12 20 3.89 124.43 171.75 20.80 155.41 15.51 -16.39 0.08 107.56 38.59 0.9643 -0.9945 6 14 57 3 - 16 24 28 3.89 124.90 162.16 20.68 145.66 15.26 -16.59 0.08 107.34 38.57 0.9635 -0.9942 7 14 59 45 - 16 36 28 3.90 125.37 152.58 20.56 135.91 15.01 -16.79 0.08 107.11 38.55 0.9627 -0.9940 8 15 2 27 - 16 48 22 3.91 125.85 142.99 20.43 126.16 14.76 -17.00 0.09 106.89 38.52 0.9619 -0.9937 9 15 5 10 - 17 0 7 3.92 126.33 133.41 20.30 116.41 14.51 -17.20 0.09 106.66 38.49 0.9611 -0.9934 10 15 7 53 - 17 11 46 3.93 126.80 123.82 20.17 106.67 14.26 -17.40 0.09 106.43 38.45 0.9603 -0.9932 11 15 10 37 - 17 23 16 3.94 127.28 114.24 20.04 96.92 14.00 -17.60 0.09 106.20 38.40 0.9595 -0.9929 12 15 13 21 - 17 34 39 3.95 127.76 104.65 19.91 87.18 13.74 -17.80 0.09 105.96 38.35 0.9586 -0.9926 13 15 16 5 - 17 45 54 3.96 128.23 95.07 19.77 77.44 13.48 -18.00 0.10 105.72 38.29 0.9578 -0.9923 14 15 18 50 - 17 57 0 3.97 128.71 85.49 19.64 67.69 13.22 -18.20 0.10 105.48 38.23 0.9570 -0.9920 15 15 21 36 - 18 7 59 3.98 129.19 75.90 19.50 57.95 12.95 -18.41 0.10 105.24 38.16 0.9561 -0.9917 16 15 24 21 - 18 18 49 3.99 129.67 66.32 19.36 48.21 12.68 -18.61 0.10 105.00 38.08 0.9552 -0.9914 17 15 27 8 - 18 29 31 4.00 130.15 56.74 19.22 38.48 12.42 -18.81 0.11 104.76 38.00 0.9544 -0.9911 18 15 29 54 - 18 40 4 4.01 130.64 47.15 19.08 28.74 12.15 -19.01 0.11 104.51 37.91 0.9535 -0.9908 19 15 32 42 - 18 50 28 4.02 131.12 37.57 18.93 19.00 11.88 -19.21 0.11 104.26 37.82 0.9526 -0.9904 20 15 35 29 - 19 0 43 4.03 131.60 27.99 18.79 9.27 11.60 -19.41 0.11 104.01 37.72 0.9517 -0.9901 21 15 38 17 - 19 10 49 4.04 132.09 18.40 18.64 359.53 11.33 -19.61 0.12 103.75 37.62 0.9508 -0.9898 22 15 41 6 - 19 20 47 4.05 132.57 8.82 18.50 349.80 11.05 -19.80 0.12 103.50 37.51 0.9499 -0.9894 23 15 43 55 - 19 30 35 4.06 133.05 359.24 18.35 340.06 10.77 -20.00 0.12 103.24 37.40 0.9490 -0.9891 24 15 46 45 - 19 40 13 4.07 133.54 349.66 18.20 330.33 10.50 -20.20 0.13 102.98 37.28 0.9481 -0.9887 25 15 49 34 - 19 49 43 4.08 134.03 340.08 18.04 320.60 10.22 -20.40 0.13 102.72 37.15 0.9472 -0.9884 26 15 52 25 - 19 59 2 4.10 134.51 330.50 17.89 310.87 9.93 -20.60 0.13 102.45 37.02 0.9462 -0.9880 27 15 55 16 - 20 8 12 4.11 135.00 320.92 17.73 301.14 9.65 -20.80 0.13 102.19 36.88 0.9453 -0.9876 28 15 58 7 - 20 17 12 4.12 135.49 311.33 17.58 291.41 9.37 -21.00 0.14 101.92 36.74 0.9443 -0.9873 29 16 0 59 - 20 26 3 4.13 135.98 301.75 17.42 281.68 9.08 -21.19 0.14 101.65 36.59 0.9434 -0.9869 30 16 3 51 - 20 34 43 4.14 136.47 292.17 17.26 271.95 8.79 -21.39 0.14 101.38 36.43 0.9424 -0.9865 31 16 6 44 - 20 43 13 4.15 136.96 282.59 17.10 262.22 8.50 -21.59 0.15 101.11 36.27 0.9414 -0.9861 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