*** Ephemeris for Physical Observations of Mars 2003 : 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 15 9 15 - 16 57 56 4.57 116.45 112.85 22.67 84.77 13.86 -28.03 0.27 106.21 38.38 0.8969 -0.9804 2 15 11 50 - 17 8 46 4.59 116.91 103.27 22.57 75.06 13.61 -28.21 0.27 106.00 38.33 0.8958 -0.9798 3 15 14 26 - 17 19 29 4.60 117.38 93.69 22.47 65.36 13.37 -28.39 0.28 105.78 38.28 0.8947 -0.9793 4 15 17 2 - 17 30 5 4.62 117.84 84.10 22.37 55.65 13.12 -28.57 0.28 105.57 38.23 0.8935 -0.9787 5 15 19 38 - 17 40 33 4.64 118.31 74.52 22.27 45.95 12.87 -28.75 0.29 105.35 38.17 0.8924 -0.9781 6 15 22 15 - 17 50 53 4.66 118.77 64.94 22.17 36.25 12.62 -28.93 0.29 105.13 38.10 0.8913 -0.9775 7 15 24 52 - 18 1 5 4.68 119.24 55.36 22.07 26.55 12.37 -29.11 0.30 104.91 38.03 0.8901 -0.9769 8 15 27 29 - 18 11 10 4.70 119.71 45.78 21.96 16.85 12.11 -29.28 0.30 104.69 37.95 0.8890 -0.9763 9 15 30 6 - 18 21 7 4.72 120.18 36.20 21.85 7.15 11.86 -29.46 0.31 104.46 37.87 0.8878 -0.9757 10 15 32 44 - 18 30 56 4.74 120.65 26.62 21.74 357.46 11.60 -29.64 0.31 104.23 37.78 0.8867 -0.9751 11 15 35 22 - 18 40 36 4.76 121.11 17.04 21.63 347.76 11.34 -29.81 0.32 104.00 37.69 0.8855 -0.9745 12 15 38 0 - 18 50 9 4.78 121.58 7.46 21.52 338.07 11.08 -29.99 0.32 103.77 37.60 0.8843 -0.9739 13 15 40 39 - 18 59 33 4.80 122.05 357.88 21.40 328.38 10.82 -30.16 0.33 103.54 37.50 0.8832 -0.9733 14 15 43 18 - 19 8 49 4.82 122.52 348.30 21.29 318.69 10.56 -30.34 0.33 103.30 37.39 0.8820 -0.9726 15 15 45 57 - 19 17 56 4.85 123.00 338.72 21.17 309.00 10.30 -30.51 0.34 103.07 37.28 0.8808 -0.9720 16 15 48 37 - 19 26 55 4.87 123.47 329.14 21.05 299.31 10.04 -30.68 0.34 102.83 37.16 0.8797 -0.9714 17 15 51 16 - 19 35 46 4.89 123.94 319.56 20.93 289.62 9.77 -30.86 0.35 102.59 37.04 0.8785 -0.9708 18 15 53 56 - 19 44 28 4.91 124.41 309.98 20.81 279.93 9.51 -31.03 0.35 102.35 36.92 0.8773 -0.9701 19 15 56 37 - 19 53 1 4.93 124.89 300.40 20.69 270.24 9.24 -31.20 0.36 102.10 36.79 0.8761 -0.9695 20 15 59 17 - 20 1 26 4.96 125.36 290.82 20.56 260.56 8.98 -31.37 0.36 101.86 36.65 0.8749 -0.9688 21 16 1 58 - 20 9 41 4.98 125.84 281.24 20.43 250.87 8.71 -31.54 0.37 101.61 36.51 0.8737 -0.9682 22 16 4 40 - 20 17 48 5.00 126.31 271.66 20.31 241.19 8.44 -31.71 0.37 101.36 36.36 0.8725 -0.9676 23 16 7 21 - 20 25 46 5.03 126.79 262.09 20.18 231.51 8.17 -31.88 0.38 101.11 36.22 0.8713 -0.9669 24 16 10 3 - 20 33 34 5.05 127.27 252.51 20.05 221.82 7.90 -32.04 0.38 100.86 36.06 0.8701 -0.9663 25 16 12 45 - 20 41 14 5.07 127.74 242.93 19.91 212.14 7.63 -32.21 0.39 100.61 35.90 0.8689 -0.9656 26 16 15 27 - 20 48 44 5.10 128.22 233.35 19.78 202.46 7.36 -32.38 0.40 100.35 35.74 0.8677 -0.9650 27 16 18 10 - 20 56 5 5.12 128.70 223.77 19.64 192.78 7.08 -32.54 0.40 100.09 35.57 0.8665 -0.9643 28 16 20 53 - 21 3 16 5.15 129.18 214.20 19.51 183.10 6.81 -32.71 0.41 99.84 35.40 0.8653 -0.9637 29 16 23 36 - 21 10 18 5.17 129.66 204.62 19.37 173.42 6.53 -32.87 0.41 99.58 35.22 0.8641 -0.9630 30 16 26 19 - 21 17 11 5.20 130.14 195.04 19.23 163.74 6.26 -33.04 0.42 99.32 35.04 0.8628 -0.9624 31 16 29 2 - 21 23 54 5.23 130.63 185.47 19.08 154.07 5.99 -33.20 0.43 99.05 34.85 0.8616 -0.9618 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 2003 : 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 16 31 46 - 21 30 27 5.25 131.11 175.89 18.94 144.39 5.71 -33.36 0.43 98.79 34.66 0.8604 -0.9611 2 16 34 30 - 21 36 51 5.28 131.59 166.31 18.80 134.72 5.43 -33.52 0.44 98.53 34.47 0.8591 -0.9605 3 16 37 14 - 21 43 4 5.31 132.07 156.74 18.65 125.04 5.16 -33.68 0.45 98.26 34.27 0.8579 -0.9599 4 16 39 58 - 21 49 8 5.33 132.56 147.16 18.50 115.37 4.88 -33.84 0.45 97.99 34.07 0.8566 -0.9592 5 16 42 43 - 21 55 3 5.36 133.04 137.58 18.35 105.69 4.60 -34.00 0.46 97.73 33.86 0.8554 -0.9586 6 16 45 27 - 22 0 47 5.39 133.53 128.01 18.20 96.02 4.33 -34.16 0.46 97.46 33.65 0.8541 -0.9580 7 16 48 12 - 22 6 21 5.42 134.02 118.43 18.05 86.34 4.05 -34.31 0.47 97.19 33.43 0.8529 -0.9574 8 16 50 57 - 22 11 45 5.45 134.50 108.86 17.90 76.67 3.77 -34.47 0.48 96.92 33.21 0.8516 -0.9567 9 16 53 42 - 22 16 59 5.47 134.99 99.28 17.74 67.00 3.49 -34.63 0.48 96.64 32.99 0.8504 -0.9561 10 16 56 28 - 22 22 3 5.50 135.48 89.71 17.59 57.33 3.21 -34.78 0.49 96.37 32.76 0.8491 -0.9555 11 16 59 13 - 22 26 57 5.53 135.97 80.13 17.43 47.66 2.93 -34.93 0.50 96.10 32.53 0.8478 -0.9549 12 17 1 59 - 22 31 41 5.56 136.46 70.55 17.27 37.99 2.66 -35.09 0.51 95.82 32.29 0.8465 -0.9543 13 17 4 45 - 22 36 15 5.59 136.95 60.98 17.11 28.32 2.38 -35.24 0.51 95.55 32.05 0.8453 -0.9537 14 17 7 31 - 22 40 38 5.62 137.44 51.40 16.95 18.65 2.10 -35.39 0.52 95.27 31.81 0.8440 -0.9532 15 17 10 17 - 22 44 52 5.66 137.94 41.83 16.78 8.98 1.82 -35.54 0.53 94.99 31.56 0.8427 -0.9526 16 17 13 3 - 22 48 55 5.69 138.43 32.25 16.62 359.31 1.54 -35.69 0.53 94.72 31.31 0.8414 -0.9520 17 17 15 49 - 22 52 48 5.72 138.92 22.68 16.45 349.64 1.26 -35.83 0.54 94.44 31.05 0.8401 -0.9515 18 17 18 36 - 22 56 30 5.75 139.42 13.11 16.28 339.97 0.98 -35.98 0.55 94.16 30.79 0.8388 -0.9509 19 17 21 22 - 23 0 2 5.78 139.91 3.53 16.11 330.30 0.70 -36.13 0.56 93.88 30.53 0.8375 -0.9504 20 17 24 9 - 23 3 24 5.82 140.41 353.96 15.94 320.63 0.43 -36.27 0.56 93.60 30.27 0.8362 -0.9498 21 17 26 55 - 23 6 35 5.85 140.91 344.38 15.77 310.96 0.15 -36.42 0.57 93.32 30.00 0.8349 -0.9493 22 17 29 42 - 23 9 36 5.88 141.40 334.81 15.60 301.29 -0.13 -36.56 0.58 93.04 29.72 0.8336 -0.9488 23 17 32 29 - 23 12 27 5.92 141.90 325.23 15.43 291.63 -0.41 -36.70 0.59 92.76 29.45 0.8323 -0.9483 24 17 35 16 - 23 15 7 5.95 142.40 315.66 15.25 281.96 -0.69 -36.84 0.59 92.48 29.17 0.8310 -0.9478 25 17 38 3 - 23 17 36 5.99 142.90 306.08 15.07 272.29 -0.96 -36.98 0.60 92.20 28.88 0.8297 -0.9473 26 17 40 50 - 23 19 56 6.02 143.40 296.51 14.89 262.62 -1.24 -37.12 0.61 91.92 28.60 0.8283 -0.9468 27 17 43 37 - 23 22 5 6.06 143.91 286.94 14.71 252.95 -1.52 -37.26 0.62 91.63 28.31 0.8270 -0.9463 28 17 46 24 - 23 24 3 6.09 144.41 277.36 14.53 243.28 -1.79 -37.40 0.63 91.35 28.02 0.8257 -0.9459 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 2003 : 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 17 49 11 - 23 25 51 6.13 144.91 267.79 14.35 233.62 -2.07 -37.53 0.63 91.07 27.72 0.8244 -0.9454 2 17 51 58 - 23 27 29 6.17 145.42 258.21 14.17 223.95 -2.34 -37.67 0.64 90.79 27.42 0.8230 -0.9450 3 17 54 45 - 23 28 56 6.20 145.92 248.64 13.98 214.28 -2.62 -37.80 0.65 90.51 27.12 0.8217 -0.9446 4 17 57 32 - 23 30 13 6.24 146.43 239.06 13.80 204.61 -2.89 -37.93 0.66 90.23 26.81 0.8204 -0.9442 5 18 0 19 - 23 31 20 6.28 146.93 229.49 13.61 194.94 -3.17 -38.07 0.67 89.94 26.51 0.8190 -0.9438 6 18 3 5 - 23 32 16 6.32 147.44 219.91 13.42 185.27 -3.44 -38.20 0.68 89.66 26.20 0.8177 -0.9434 7 18 5 52 - 23 33 2 6.36 147.95 210.34 13.23 175.61 -3.71 -38.32 0.69 89.38 25.88 0.8164 -0.9431 8 18 8 39 - 23 33 37 6.40 148.46 200.77 13.04 165.94 -3.98 -38.45 0.69 89.10 25.57 0.8151 -0.9427 9 18 11 25 - 23 34 2 6.44 148.97 191.19 12.85 156.27 -4.25 -38.58 0.70 88.82 25.25 0.8137 -0.9424 10 18 14 12 - 23 34 18 6.48 149.48 181.62 12.65 146.60 -4.52 -38.70 0.71 88.54 24.93 0.8124 -0.9421 11 18 16 58 - 23 34 23 6.52 149.99 172.04 12.46 136.93 -4.79 -38.83 0.72 88.27 24.60 0.8111 -0.9418 12 18 19 45 - 23 34 17 6.56 150.50 162.47 12.26 127.26 -5.05 -38.95 0.73 87.99 24.28 0.8097 -0.9415 13 18 22 31 - 23 34 2 6.61 151.02 152.89 12.06 117.59 -5.32 -39.07 0.74 87.71 23.95 0.8084 -0.9412 14 18 25 17 - 23 33 37 6.65 151.53 143.32 11.87 107.92 -5.59 -39.19 0.75 87.43 23.62 0.8071 -0.9410 15 18 28 3 - 23 33 1 6.69 152.05 133.74 11.67 98.25 -5.85 -39.31 0.76 87.16 23.28 0.8057 -0.9407 16 18 30 49 - 23 32 16 6.73 152.56 124.16 11.47 88.58 -6.11 -39.43 0.77 86.88 22.95 0.8044 -0.9405 17 18 33 34 - 23 31 21 6.78 153.08 114.59 11.26 78.91 -6.38 -39.54 0.78 86.61 22.61 0.8031 -0.9403 18 18 36 20 - 23 30 16 6.82 153.60 105.01 11.06 69.24 -6.64 -39.66 0.79 86.33 22.27 0.8018 -0.9401 19 18 39 5 - 23 29 1 6.87 154.11 95.44 10.86 59.57 -6.90 -39.77 0.79 86.06 21.93 0.8004 -0.9400 20 18 41 50 - 23 27 36 6.92 154.63 85.86 10.65 49.90 -7.16 -39.88 0.80 85.79 21.58 0.7991 -0.9398 21 18 44 35 - 23 26 2 6.96 155.15 76.28 10.44 40.23 -7.42 -39.99 0.81 85.52 21.24 0.7978 -0.9397 22 18 47 20 - 23 24 18 7.01 155.68 66.71 10.24 30.56 -7.67 -40.10 0.82 85.25 20.89 0.7965 -0.9396 23 18 50 4 - 23 22 24 7.06 156.20 57.13 10.03 20.88 -7.93 -40.21 0.83 84.98 20.54 0.7952 -0.9395 24 18 52 49 - 23 20 21 7.10 156.72 47.55 9.82 11.21 -8.18 -40.31 0.84 84.71 20.19 0.7939 -0.9394 25 18 55 33 - 23 18 9 7.15 157.24 37.97 9.61 1.54 -8.43 -40.42 0.85 84.45 19.83 0.7926 -0.9393 26 18 58 17 - 23 15 47 7.20 157.77 28.40 9.40 351.86 -8.69 -40.52 0.86 84.18 19.48 0.7913 -0.9393 27 19 1 1 - 23 13 16 7.25 158.29 18.82 9.18 342.19 -8.94 -40.62 0.87 83.92 19.12 0.7900 -0.9393 28 19 3 44 - 23 10 36 7.30 158.82 9.24 8.97 332.52 -9.18 -40.72 0.88 83.66 18.76 0.7887 -0.9393 29 19 6 27 - 23 7 46 7.35 159.35 359.66 8.75 322.84 -9.43 -40.82 0.89 83.40 18.40 0.7874 -0.9393 30 19 9 10 - 23 4 48 7.41 159.88 350.08 8.54 313.17 -9.67 -40.92 0.90 83.14 18.04 0.7861 -0.9394 31 19 11 52 - 23 1 41 7.46 160.41 340.50 8.32 303.49 -9.92 -41.01 0.92 82.88 17.68 0.7849 -0.9395 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 2003 : 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 19 14 34 - 22 58 25 7.51 160.94 330.92 8.10 293.82 -10.16 -41.11 0.93 82.62 17.31 0.7836 -0.9395 2 19 17 16 - 22 55 1 7.57 161.47 321.34 7.89 284.14 -10.40 -41.20 0.94 82.37 16.94 0.7823 -0.9397 3 19 19 58 - 22 51 28 7.62 162.00 311.76 7.67 274.46 -10.64 -41.29 0.95 82.12 16.58 0.7811 -0.9398 4 19 22 39 - 22 47 46 7.67 162.53 302.18 7.44 264.79 -10.87 -41.38 0.96 81.87 16.21 0.7799 -0.9400 5 19 25 20 - 22 43 56 7.73 163.07 292.60 7.22 255.11 -11.11 -41.46 0.97 81.62 15.84 0.7786 -0.9401 6 19 27 60 - 22 39 58 7.79 163.60 283.02 7.00 245.43 -11.34 -41.55 0.98 81.37 15.47 0.7774 -0.9403 7 19 30 40 - 22 35 52 7.84 164.14 273.44 6.78 235.76 -11.57 -41.63 0.99 81.13 15.10 0.7762 -0.9406 8 19 33 20 - 22 31 38 7.90 164.67 263.85 6.55 226.08 -11.80 -41.71 1.00 80.88 14.72 0.7751 -0.9408 9 19 35 59 - 22 27 16 7.96 165.21 254.27 6.33 216.40 -12.03 -41.79 1.01 80.64 14.35 0.7739 -0.9411 10 19 38 38 - 22 22 46 8.02 165.75 244.69 6.10 206.72 -12.25 -41.87 1.02 80.40 13.98 0.7727 -0.9414 11 19 41 16 - 22 18 8 8.08 166.29 235.10 5.87 197.05 -12.48 -41.94 1.04 80.16 13.60 0.7716 -0.9417 12 19 43 54 - 22 13 23 8.14 166.83 225.52 5.65 187.37 -12.70 -42.02 1.05 79.93 13.22 0.7704 -0.9420 13 19 46 32 - 22 8 31 8.20 167.37 215.93 5.42 177.69 -12.92 -42.09 1.06 79.70 12.85 0.7693 -0.9423 14 19 49 9 - 22 3 31 8.26 167.91 206.35 5.19 168.01 -13.13 -42.16 1.07 79.47 12.47 0.7682 -0.9427 15 19 51 46 - 21 58 24 8.33 168.46 196.76 4.96 158.33 -13.35 -42.22 1.08 79.24 12.09 0.7671 -0.9431 16 19 54 22 - 21 53 10 8.39 169.00 187.18 4.73 148.65 -13.56 -42.29 1.09 79.01 11.71 0.7660 -0.9435 17 19 56 58 - 21 47 49 8.46 169.55 177.59 4.50 138.97 -13.77 -42.35 1.10 78.79 11.34 0.7650 -0.9440 18 19 59 33 - 21 42 22 8.52 170.09 168.00 4.26 129.29 -13.98 -42.41 1.12 78.56 10.96 0.7639 -0.9444 19 20 2 8 - 21 36 47 8.59 170.64 158.41 4.03 119.61 -14.18 -42.47 1.13 78.34 10.58 0.7629 -0.9449 20 20 4 43 - 21 31 6 8.66 171.19 148.82 3.80 109.93 -14.39 -42.53 1.14 78.13 10.20 0.7619 -0.9454 21 20 7 17 - 21 25 19 8.72 171.74 139.23 3.56 100.25 -14.59 -42.59 1.15 77.91 9.82 0.7609 -0.9460 22 20 9 50 - 21 19 26 8.79 172.29 129.64 3.33 90.57 -14.79 -42.64 1.16 77.70 9.43 0.7599 -0.9465 23 20 12 23 - 21 13 27 8.86 172.84 120.05 3.09 80.89 -14.98 -42.69 1.17 77.49 9.05 0.7590 -0.9471 24 20 14 55 - 21 7 21 8.93 173.39 110.46 2.85 71.21 -15.18 -42.74 1.19 77.28 8.67 0.7581 -0.9476 25 20 17 27 - 21 1 11 9.00 173.94 100.87 2.62 61.53 -15.37 -42.78 1.20 77.08 8.29 0.7572 -0.9483 26 20 19 59 - 20 54 55 9.08 174.49 91.27 2.38 51.85 -15.56 -42.83 1.21 76.88 7.91 0.7563 -0.9489 27 20 22 29 - 20 48 33 9.15 175.05 81.68 2.14 42.17 -15.74 -42.87 1.22 76.68 7.53 0.7554 -0.9495 28 20 24 60 - 20 42 7 9.22 175.60 72.08 1.90 32.49 -15.93 -42.91 1.23 76.48 7.15 0.7546 -0.9502 29 20 27 29 - 20 35 35 9.30 176.16 62.49 1.66 22.81 -16.11 -42.94 1.25 76.29 6.77 0.7538 -0.9509 30 20 29 58 - 20 28 59 9.38 176.72 52.89 1.42 13.13 -16.28 -42.97 1.26 76.10 6.39 0.7530 -0.9516 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 2003 : 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 20 32 27 - 20 22 18 9.45 177.28 43.29 1.18 3.45 -16.46 -43.00 1.27 75.91 6.01 0.7523 -0.9523 2 20 34 54 - 20 15 33 9.53 177.84 33.70 0.94 353.77 -16.63 -43.03 1.28 75.72 5.63 0.7516 -0.9530 3 20 37 21 - 20 8 44 9.61 178.40 24.10 0.70 344.10 -16.80 -43.06 1.29 75.54 5.25 0.7509 -0.9538 4 20 39 48 - 20 1 50 9.69 178.96 14.50 0.46 334.42 -16.97 -43.08 1.31 75.36 4.88 0.7502 -0.9545 5 20 42 14 - 19 54 53 9.77 179.52 4.90 0.21 324.74 -17.13 -43.10 1.32 75.19 4.50 0.7496 -0.9553 6 20 44 39 - 19 47 53 9.86 180.08 355.30 -0.03 315.07 -17.29 -43.11 1.33 75.01 4.12 0.7490 -0.9561 7 20 47 3 - 19 40 48 9.94 180.65 345.69 -0.27 305.39 -17.45 -43.13 1.34 74.84 3.75 0.7484 -0.9569 8 20 49 27 - 19 33 41 10.02 181.21 336.09 -0.52 295.72 -17.61 -43.14 1.35 74.68 3.37 0.7479 -0.9577 9 20 51 50 - 19 26 31 10.11 181.78 326.48 -0.76 286.05 -17.76 -43.14 1.37 74.51 3.00 0.7474 -0.9586 10 20 54 12 - 19 19 17 10.20 182.35 316.88 -1.01 276.37 -17.91 -43.15 1.38 74.35 2.63 0.7470 -0.9594 11 20 56 34 - 19 12 1 10.28 182.91 307.27 -1.25 266.70 -18.05 -43.15 1.39 74.19 2.26 0.7466 -0.9603 12 20 58 55 - 19 4 43 10.37 183.48 297.67 -1.50 257.03 -18.20 -43.14 1.40 74.04 1.89 0.7462 -0.9611 13 21 1 15 - 18 57 22 10.46 184.05 288.06 -1.74 247.36 -18.34 -43.14 1.41 73.89 1.52 0.7459 -0.9620 14 21 3 34 - 18 49 59 10.55 184.62 278.45 -1.99 237.70 -18.47 -43.13 1.43 73.74 1.15 0.7456 -0.9629 15 21 5 53 - 18 42 34 10.65 185.20 268.84 -2.23 228.03 -18.61 -43.12 1.44 73.59 0.78 0.7453 -0.9638 16 21 8 11 - 18 35 7 10.74 185.77 259.22 -2.48 218.36 -18.74 -43.10 1.45 73.45 0.42 0.7451 -0.9647 17 21 10 28 - 18 27 39 10.84 186.34 249.61 -2.73 208.70 -18.87 -43.08 1.46 73.31 0.06 0.7449 -0.9656 18 21 12 45 - 18 20 9 10.93 186.92 240.00 -2.97 199.04 -18.99 -43.06 1.47 73.18 359.69 0.7448 -0.9665 19 21 15 0 - 18 12 39 11.03 187.49 230.38 -3.22 189.38 -19.11 -43.04 1.48 73.04 359.33 0.7447 -0.9674 20 21 17 15 - 18 5 7 11.13 188.07 220.77 -3.47 179.72 -19.23 -43.01 1.50 72.91 358.97 0.7447 -0.9683 21 21 19 29 - 17 57 36 11.23 188.65 211.15 -3.71 170.06 -19.35 -42.97 1.51 72.79 358.62 0.7447 -0.9692 22 21 21 42 - 17 50 3 11.33 189.22 201.53 -3.96 160.41 -19.46 -42.93 1.52 72.67 358.26 0.7447 -0.9701 23 21 23 55 - 17 42 31 11.43 189.80 191.91 -4.21 150.75 -19.57 -42.89 1.53 72.55 357.91 0.7448 -0.9710 24 21 26 6 - 17 34 60 11.54 190.38 182.29 -4.45 141.10 -19.68 -42.85 1.54 72.43 357.56 0.7450 -0.9719 25 21 28 16 - 17 27 28 11.64 190.97 172.67 -4.70 131.45 -19.78 -42.80 1.55 72.32 357.21 0.7452 -0.9728 26 21 30 26 - 17 19 58 11.75 191.55 163.04 -4.95 121.81 -19.88 -42.75 1.56 72.21 356.86 0.7454 -0.9738 27 21 32 34 - 17 12 28 11.86 192.13 153.42 -5.20 112.17 -19.97 -42.69 1.57 72.11 356.52 0.7458 -0.9747 28 21 34 42 - 17 5 0 11.97 192.71 143.79 -5.44 102.53 -20.07 -42.62 1.58 72.01 356.18 0.7461 -0.9756 29 21 36 49 - 16 57 33 12.08 193.30 134.16 -5.69 92.89 -20.16 -42.56 1.59 71.91 355.84 0.7466 -0.9764 30 21 38 54 - 16 50 9 12.19 193.88 124.54 -5.94 83.25 -20.24 -42.49 1.60 71.82 355.50 0.7470 -0.9773 31 21 40 59 - 16 42 46 12.31 194.47 114.90 -6.18 73.62 -20.32 -42.41 1.61 71.73 355.17 0.7476 -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) ----- 5 ----- 1 *** Ephemeris for Physical Observations of Mars 2003 : 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 21 43 2 - 16 35 26 12.42 195.06 105.27 -6.43 64.00 -20.40 -42.33 1.62 71.64 354.84 0.7482 -0.9791 2 21 45 4 - 16 28 8 12.54 195.65 95.64 -6.68 54.37 -20.48 -42.24 1.63 71.56 354.51 0.7489 -0.9799 3 21 47 6 - 16 20 54 12.66 196.24 86.01 -6.92 44.75 -20.55 -42.15 1.64 71.48 354.18 0.7496 -0.9808 4 21 49 6 - 16 13 42 12.78 196.83 76.37 -7.17 35.13 -20.62 -42.05 1.65 71.41 353.86 0.7504 -0.9816 5 21 51 5 - 16 6 34 12.90 197.42 66.73 -7.41 25.52 -20.69 -41.95 1.65 71.34 353.54 0.7512 -0.9824 6 21 53 3 - 15 59 30 13.03 198.01 57.09 -7.66 15.91 -20.75 -41.85 1.66 71.27 353.22 0.7522 -0.9832 7 21 54 60 - 15 52 30 13.15 198.60 47.45 -7.90 6.31 -20.81 -41.73 1.67 71.21 352.91 0.7532 -0.9840 8 21 56 55 - 15 45 33 13.28 199.20 37.81 -8.15 356.71 -20.87 -41.61 1.68 71.15 352.60 0.7542 -0.9848 9 21 58 49 - 15 38 42 13.41 199.79 28.17 -8.39 347.11 -20.92 -41.49 1.68 71.10 352.30 0.7553 -0.9856 10 22 0 43 - 15 31 54 13.54 200.39 18.52 -8.63 337.52 -20.97 -41.36 1.69 71.05 351.99 0.7565 -0.9863 11 22 2 34 - 15 25 12 13.67 200.98 8.88 -8.88 327.93 -21.02 -41.23 1.69 71.00 351.69 0.7578 -0.9870 12 22 4 25 - 15 18 35 13.80 201.58 359.23 -9.12 318.35 -21.07 -41.09 1.70 70.96 351.40 0.7591 -0.9877 13 22 6 14 - 15 12 3 13.94 202.18 349.58 -9.36 308.77 -21.11 -40.94 1.70 70.92 351.11 0.7605 -0.9884 14 22 8 2 - 15 5 37 14.07 202.78 339.93 -9.60 299.20 -21.14 -40.79 1.71 70.89 350.82 0.7620 -0.9891 15 22 9 49 - 14 59 18 14.21 203.38 330.27 -9.85 289.63 -21.18 -40.63 1.71 70.86 350.54 0.7635 -0.9898 16 22 11 34 - 14 53 4 14.35 203.98 320.62 -10.09 280.07 -21.21 -40.46 1.72 70.83 350.26 0.7652 -0.9904 17 22 13 18 - 14 46 57 14.50 204.58 310.96 -10.33 270.52 -21.24 -40.29 1.72 70.81 349.98 0.7669 -0.9910 18 22 15 1 - 14 40 58 14.64 205.18 301.30 -10.57 260.97 -21.27 -40.11 1.72 70.80 349.71 0.7686 -0.9916 19 22 16 42 - 14 35 6 14.79 205.78 291.64 -10.80 251.42 -21.29 -39.93 1.72 70.79 349.44 0.7705 -0.9922 20 22 18 21 - 14 29 22 14.93 206.38 281.98 -11.04 241.89 -21.31 -39.73 1.72 70.78 349.18 0.7724 -0.9927 21 22 19 59 - 14 23 45 15.08 206.99 272.32 -11.28 232.36 -21.33 -39.53 1.73 70.78 348.92 0.7744 -0.9932 22 22 21 35 - 14 18 18 15.24 207.59 262.65 -11.52 222.84 -21.34 -39.33 1.73 70.78 348.67 0.7765 -0.9937 23 22 23 10 - 14 12 59 15.39 208.20 252.99 -11.75 213.32 -21.35 -39.11 1.72 70.79 348.42 0.7787 -0.9942 24 22 24 43 - 14 7 49 15.54 208.81 243.32 -11.99 203.81 -21.36 -38.89 1.72 70.80 348.18 0.7809 -0.9947 25 22 26 14 - 14 2 49 15.70 209.41 233.65 -12.22 194.31 -21.36 -38.66 1.72 70.82 347.94 0.7833 -0.9951 26 22 27 44 - 13 57 58 15.86 210.02 223.98 -12.45 184.82 -21.37 -38.42 1.72 70.84 347.71 0.7857 -0.9955 27 22 29 11 - 13 53 18 16.02 210.63 214.30 -12.68 175.33 -21.37 -38.17 1.71 70.87 347.48 0.7882 -0.9959 28 22 30 37 - 13 48 48 16.18 211.24 204.63 -12.91 165.86 -21.36 -37.91 1.71 70.91 347.26 0.7908 -0.9963 29 22 32 1 - 13 44 29 16.35 211.85 194.95 -13.14 156.39 -21.36 -37.65 1.70 70.95 347.04 0.7934 -0.9967 30 22 33 23 - 13 40 21 16.51 212.46 185.27 -13.37 146.93 -21.35 -37.38 1.70 70.99 346.83 0.7962 -0.9970 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 2003 : 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 22 34 43 - 13 36 25 16.68 213.07 175.59 -13.60 137.48 -21.34 -37.09 1.69 71.04 346.62 0.7990 -0.9973 2 22 36 1 - 13 32 40 16.85 213.69 165.91 -13.83 128.04 -21.33 -36.80 1.68 71.10 346.42 0.8020 -0.9976 3 22 37 17 - 13 29 7 17.02 214.30 156.22 -14.05 118.60 -21.31 -36.50 1.67 71.16 346.23 0.8050 -0.9979 4 22 38 31 - 13 25 46 17.20 214.91 146.53 -14.28 109.18 -21.29 -36.19 1.66 71.23 346.04 0.8081 -0.9981 5 22 39 42 - 13 22 37 17.37 215.53 136.85 -14.50 99.77 -21.27 -35.87 1.65 71.31 345.86 0.8113 -0.9984 6 22 40 52 - 13 19 41 17.55 216.14 127.16 -14.72 90.37 -21.25 -35.54 1.63 71.39 345.68 0.8145 -0.9986 7 22 41 59 - 13 16 58 17.72 216.76 117.46 -14.94 80.98 -21.23 -35.20 1.62 71.48 345.51 0.8179 -0.9988 8 22 43 4 - 13 14 28 17.90 217.38 107.77 -15.16 71.59 -21.20 -34.85 1.60 71.58 345.34 0.8213 -0.9990 9 22 44 7 - 13 12 11 18.08 217.99 98.07 -15.38 62.22 -21.17 -34.48 1.59 71.68 345.19 0.8248 -0.9991 10 22 45 8 - 13 10 8 18.26 218.61 88.37 -15.60 52.86 -21.14 -34.11 1.57 71.79 345.03 0.8283 -0.9993 11 22 46 6 - 13 8 18 18.45 219.23 78.67 -15.81 43.51 -21.11 -33.73 1.55 71.91 344.89 0.8320 -0.9994 12 22 47 2 - 13 6 42 18.63 219.85 68.97 -16.02 34.17 -21.08 -33.34 1.53 72.04 344.75 0.8357 -0.9995 13 22 47 55 - 13 5 21 18.81 220.47 59.27 -16.24 24.84 -21.04 -32.94 1.51 72.18 344.62 0.8395 -0.9996 14 22 48 46 - 13 4 13 19.00 221.09 49.56 -16.45 15.53 -21.00 -32.52 1.49 72.32 344.49 0.8434 -0.9997 15 22 49 34 - 13 3 21 19.19 221.71 39.85 -16.66 6.22 -20.96 -32.09 1.47 72.48 344.38 0.8473 -0.9998 16 22 50 20 - 13 2 43 19.38 222.33 30.14 -16.86 356.93 -20.92 -31.66 1.44 72.64 344.26 0.8513 -0.9998 17 22 51 3 - 13 2 20 19.56 222.95 20.43 -17.07 347.65 -20.88 -31.21 1.42 72.82 344.16 0.8554 -0.9999 18 22 51 43 - 13 2 12 19.75 223.58 10.71 -17.27 338.38 -20.84 -30.75 1.39 73.00 344.06 0.8595 -0.9999 19 22 52 21 - 13 2 20 19.94 224.20 1.00 -17.47 329.13 -20.79 -30.27 1.36 73.20 343.97 0.8637 -1.0000 20 22 52 55 - 13 2 44 20.13 224.82 351.28 -17.68 319.89 -20.75 -29.79 1.33 73.41 343.89 0.8679 -1.0000 21 22 53 27 - 13 3 22 20.32 225.45 341.56 -17.87 310.66 -20.70 -29.29 1.30 73.63 343.82 0.8722 -1.0000 22 22 53 56 - 13 4 17 20.51 226.07 331.83 -18.07 301.44 -20.65 -28.78 1.27 73.86 343.75 0.8765 1.0000 23 22 54 22 - 13 5 28 20.70 226.70 322.11 -18.27 292.24 -20.61 -28.26 1.23 74.11 343.69 0.8808 1.0000 24 22 54 45 - 13 6 54 20.89 227.32 312.38 -18.46 283.06 -20.56 -27.72 1.20 74.38 343.63 0.8852 1.0000 25 22 55 5 - 13 8 36 21.08 227.95 302.65 -18.65 273.88 -20.50 -27.17 1.16 74.66 343.59 0.8897 1.0000 26 22 55 22 - 13 10 33 21.27 228.58 292.92 -18.84 264.72 -20.45 -26.61 1.13 74.96 343.55 0.8941 0.9999 27 22 55 36 - 13 12 46 21.46 229.20 283.19 -19.03 255.57 -20.40 -26.04 1.09 75.27 343.52 0.8986 0.9999 28 22 55 46 - 13 15 14 21.65 229.83 273.46 -19.21 246.44 -20.35 -25.45 1.05 75.61 343.50 0.9031 0.9998 29 22 55 54 - 13 17 57 21.83 230.46 263.72 -19.39 237.32 -20.30 -24.85 1.01 75.97 343.49 0.9076 0.9998 30 22 55 58 - 13 20 55 22.01 231.09 253.98 -19.58 228.22 -20.24 -24.24 0.97 76.35 343.48 0.9120 0.9997 31 22 55 60 - 13 24 7 22.19 231.71 244.24 -19.75 219.13 -20.19 -23.61 0.93 76.76 343.49 0.9165 0.9997 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 2003 : 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 22 55 58 - 13 27 34 22.37 232.34 234.50 -19.93 210.05 -20.14 -22.97 0.89 77.19 343.50 0.9210 0.9996 2 22 55 53 - 13 31 13 22.55 232.97 224.75 -20.11 200.99 -20.08 -22.32 0.84 77.66 343.52 0.9254 0.9996 3 22 55 45 - 13 35 6 22.72 233.60 215.01 -20.28 191.94 -20.03 -21.66 0.80 78.15 343.54 0.9298 0.9995 4 22 55 34 - 13 39 10 22.89 234.23 205.26 -20.45 182.91 -19.98 -20.99 0.76 78.69 343.58 0.9341 0.9994 5 22 55 19 - 13 43 27 23.05 234.86 195.51 -20.62 173.89 -19.93 -20.31 0.72 79.26 343.62 0.9384 0.9993 6 22 55 2 - 13 47 55 23.21 235.49 185.75 -20.78 164.88 -19.87 -19.61 0.67 79.88 343.66 0.9426 0.9993 7 22 54 42 - 13 52 33 23.37 236.13 176.00 -20.94 155.88 -19.82 -18.90 0.63 80.55 343.72 0.9468 0.9992 8 22 54 19 - 13 57 21 23.52 236.76 166.24 -21.10 146.90 -19.77 -18.19 0.59 81.27 343.78 0.9508 0.9991 9 22 53 53 - 14 2 18 23.67 237.39 156.48 -21.26 137.93 -19.72 -17.46 0.55 82.06 343.85 0.9548 0.9990 10 22 53 24 - 14 7 24 23.81 238.02 146.72 -21.42 128.97 -19.67 -16.73 0.50 82.92 343.93 0.9586 0.9989 11 22 52 52 - 14 12 37 23.95 238.65 136.96 -21.57 120.02 -19.62 -15.99 0.46 83.86 344.02 0.9624 0.9988 12 22 52 18 - 14 17 57 24.08 239.29 127.20 -21.72 111.08 -19.57 -15.24 0.42 84.89 344.11 0.9660 0.9987 13 22 51 41 - 14 23 23 24.20 239.92 117.43 -21.87 102.16 -19.53 -14.49 0.38 86.04 344.20 0.9695 0.9986 14 22 51 1 - 14 28 54 24.32 240.55 107.66 -22.01 93.24 -19.48 -13.73 0.35 87.31 344.31 0.9728 0.9985 15 22 50 19 - 14 34 30 24.43 241.19 97.90 -22.16 84.34 -19.44 -12.97 0.31 88.73 344.42 0.9760 0.9984 16 22 49 34 - 14 40 8 24.54 241.82 88.12 -22.30 75.44 -19.39 -12.20 0.28 90.33 344.53 0.9790 0.9983 17 22 48 47 - 14 45 49 24.63 242.45 78.35 -22.43 66.56 -19.35 -11.44 0.24 92.14 344.66 0.9819 0.9982 18 22 47 58 - 14 51 31 24.72 243.09 68.58 -22.57 57.68 -19.31 -10.68 0.21 94.22 344.78 0.9845 0.9980 19 22 47 7 - 14 57 14 24.80 243.72 58.80 -22.70 48.81 -19.27 -9.93 0.19 96.60 344.91 0.9870 0.9979 20 22 46 14 - 15 2 55 24.88 244.36 49.02 -22.83 39.95 -19.24 -9.19 0.16 99.37 345.05 0.9893 0.9978 21 22 45 19 - 15 8 35 24.94 244.99 39.24 -22.96 31.10 -19.20 -8.46 0.14 102.62 345.19 0.9914 0.9977 22 22 44 22 - 15 14 11 25.00 245.62 29.46 -23.08 22.25 -19.17 -7.76 0.11 106.47 345.34 0.9933 0.9975 23 22 43 24 - 15 19 44 25.04 246.26 19.68 -23.20 13.41 -19.14 -7.10 0.10 111.05 345.49 0.9949 0.9974 24 22 42 24 - 15 25 10 25.08 246.89 9.89 -23.32 4.57 -19.11 -6.48 0.08 116.53 345.64 0.9963 0.9972 25 22 41 24 - 15 30 30 25.11 247.53 0.11 -23.43 355.74 -19.08 -5.93 0.07 123.09 345.80 0.9975 0.9971 26 22 40 22 - 15 35 42 25.13 248.16 350.32 -23.54 346.91 -19.06 -5.46 0.06 130.88 345.96 0.9985 0.9970 27 22 39 19 - 15 40 45 25.14 248.80 340.53 -23.65 338.08 -19.04 -5.11 0.05 139.91 346.12 0.9992 0.9968 28 22 38 16 - 15 45 38 25.13 249.43 330.74 -23.76 329.25 -19.02 -4.89 0.05 150.01 346.28 0.9997 0.9966 29 22 37 13 - 15 50 20 25.12 250.07 320.95 -23.86 320.42 -19.00 4.84 0.04 160.68 346.44 1.0000 0.9965 30 22 36 9 - 15 54 50 25.10 250.70 311.15 -23.96 311.59 -18.99 4.94 0.05 171.26 346.60 -1.0000 0.9963 31 22 35 5 - 15 59 6 25.07 251.34 301.36 -24.06 302.76 -18.98 5.20 0.05 181.09 346.77 -0.9997 0.9961 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 2003 : 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 22 34 1 - 16 3 7 25.04 251.97 291.56 -24.15 293.93 -18.97 5.59 0.06 189.77 346.93 -0.9993 0.9960 2 22 32 58 - 16 6 54 24.99 252.61 281.77 -24.24 285.10 -18.97 6.08 0.07 197.20 347.09 -0.9986 0.9958 3 22 31 56 - 16 10 25 24.93 253.24 271.97 -24.33 276.26 -18.97 6.65 0.08 203.43 347.25 -0.9976 0.9956 4 22 30 54 - 16 13 39 24.86 253.88 262.17 -24.42 267.42 -18.97 7.28 0.10 208.64 347.41 -0.9965 0.9954 5 22 29 53 - 16 16 36 24.79 254.51 252.37 -24.50 258.57 -18.97 7.95 0.12 212.99 347.56 -0.9951 0.9952 6 22 28 53 - 16 19 15 24.70 255.15 242.57 -24.58 249.72 -18.98 8.66 0.14 216.65 347.72 -0.9935 0.9950 7 22 27 54 - 16 21 35 24.61 255.78 232.76 -24.65 240.86 -18.99 9.38 0.16 219.76 347.87 -0.9917 0.9948 8 22 26 57 - 16 23 37 24.51 256.42 222.96 -24.72 231.99 -19.01 10.12 0.19 222.41 348.01 -0.9896 0.9946 9 22 26 2 - 16 25 20 24.40 257.05 213.16 -24.79 223.11 -19.03 10.87 0.22 224.71 348.15 -0.9874 0.9944 10 22 25 8 - 16 26 44 24.29 257.68 203.35 -24.86 214.23 -19.05 11.63 0.25 226.70 348.29 -0.9850 0.9942 11 22 24 16 - 16 27 48 24.16 258.32 193.54 -24.92 205.34 -19.07 12.39 0.28 228.45 348.42 -0.9824 0.9940 12 22 23 26 - 16 28 32 24.03 258.95 183.74 -24.98 196.43 -19.10 13.14 0.31 230.00 348.55 -0.9796 0.9938 13 22 22 38 - 16 28 56 23.90 259.59 173.93 -25.03 187.52 -19.13 13.90 0.35 231.38 348.67 -0.9767 0.9936 14 22 21 52 - 16 29 0 23.76 260.22 164.12 -25.09 178.60 -19.17 14.65 0.39 232.62 348.79 -0.9736 0.9934 15 22 21 9 - 16 28 44 23.61 260.85 154.31 -25.14 169.66 -19.21 15.40 0.42 233.73 348.90 -0.9703 0.9932 16 22 20 28 - 16 28 9 23.45 261.49 144.50 -25.18 160.72 -19.25 16.14 0.46 234.73 349.00 -0.9669 0.9930 17 22 19 49 - 16 27 13 23.29 262.12 134.69 -25.22 151.76 -19.29 16.87 0.50 235.65 349.09 -0.9634 0.9928 18 22 19 13 - 16 25 57 23.13 262.75 124.88 -25.26 142.79 -19.34 17.59 0.54 236.48 349.18 -0.9598 0.9926 19 22 18 40 - 16 24 21 22.96 263.38 115.07 -25.30 133.81 -19.39 18.31 0.58 237.25 349.27 -0.9560 0.9924 20 22 18 9 - 16 22 25 22.79 264.02 105.26 -25.33 124.82 -19.45 19.01 0.62 237.95 349.34 -0.9522 0.9922 21 22 17 42 - 16 20 9 22.61 264.65 95.45 -25.36 115.81 -19.51 19.71 0.66 238.60 349.41 -0.9482 0.9920 22 22 17 17 - 16 17 34 22.43 265.28 85.64 -25.39 106.79 -19.57 20.39 0.70 239.20 349.47 -0.9442 0.9918 23 22 16 55 - 16 14 39 22.25 265.91 75.83 -25.41 97.76 -19.63 21.07 0.74 239.75 349.52 -0.9401 0.9916 24 22 16 36 - 16 11 24 22.06 266.54 66.01 -25.43 88.71 -19.70 21.73 0.78 240.27 349.57 -0.9360 0.9914 25 22 16 20 - 16 7 51 21.87 267.17 56.20 -25.45 79.65 -19.77 22.38 0.82 240.75 349.61 -0.9318 0.9913 26 22 16 8 - 16 3 59 21.68 267.80 46.39 -25.46 70.58 -19.84 23.02 0.86 241.19 349.63 -0.9275 0.9911 27 22 15 58 - 15 59 48 21.49 268.43 36.58 -25.47 61.49 -19.92 23.64 0.90 241.60 349.65 -0.9232 0.9909 28 22 15 51 - 15 55 19 21.29 269.06 26.76 -25.48 52.39 -20.00 24.25 0.94 241.99 349.67 -0.9189 0.9908 29 22 15 48 - 15 50 31 21.10 269.69 16.95 -25.48 43.27 -20.08 24.85 0.98 242.35 349.67 -0.9146 0.9906 30 22 15 48 - 15 45 26 20.90 270.32 7.14 -25.48 34.14 -20.16 25.44 1.01 242.69 349.66 -0.9102 0.9905 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 2003 : 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 22 15 50 - 15 40 3 20.70 270.95 357.33 -25.48 24.99 -20.25 26.01 1.05 243.00 349.65 -0.9059 0.9904 2 22 15 56 - 15 34 23 20.50 271.58 347.52 -25.47 15.83 -20.34 26.57 1.08 243.29 349.63 -0.9015 0.9902 3 22 16 5 - 15 28 26 20.30 272.21 337.71 -25.46 6.66 -20.43 27.12 1.12 243.57 349.60 -0.8972 0.9901 4 22 16 18 - 15 22 14 20.10 272.83 327.90 -25.45 357.47 -20.53 27.66 1.15 243.82 349.56 -0.8929 0.9900 5 22 16 33 - 15 15 45 19.90 273.46 318.09 -25.43 348.27 -20.62 28.18 1.18 244.06 349.52 -0.8885 0.9900 6 22 16 51 - 15 9 0 19.70 274.09 308.28 -25.41 339.05 -20.72 28.69 1.21 244.29 349.46 -0.8843 0.9899 7 22 17 12 - 15 2 1 19.50 274.71 298.47 -25.39 329.82 -20.82 29.18 1.24 244.50 349.40 -0.8800 0.9898 8 22 17 36 - 14 54 47 19.30 275.34 288.66 -25.36 320.58 -20.92 29.67 1.27 244.69 349.33 -0.8758 0.9898 9 22 18 3 - 14 47 18 19.11 275.96 278.85 -25.33 311.32 -21.03 30.14 1.29 244.87 349.25 -0.8716 0.9898 10 22 18 32 - 14 39 35 18.91 276.59 269.05 -25.30 302.05 -21.13 30.60 1.32 245.04 349.17 -0.8674 0.9897 11 22 19 5 - 14 31 39 18.71 277.21 259.24 -25.27 292.77 -21.24 31.05 1.34 245.20 349.07 -0.8633 0.9897 12 22 19 40 - 14 23 29 18.52 277.83 249.44 -25.23 283.47 -21.34 31.49 1.36 245.35 348.97 -0.8593 0.9898 13 22 20 17 - 14 15 7 18.33 278.46 239.63 -25.18 274.17 -21.45 31.91 1.38 245.49 348.87 -0.8553 0.9898 14 22 20 58 - 14 6 31 18.13 279.08 229.83 -25.14 264.85 -21.56 32.33 1.41 245.62 348.75 -0.8513 0.9898 15 22 21 41 - 13 57 43 17.94 279.70 220.03 -25.09 255.51 -21.67 32.73 1.42 245.74 348.63 -0.8474 0.9899 16 22 22 26 - 13 48 43 17.75 280.32 210.22 -25.04 246.17 -21.79 33.12 1.44 245.85 348.50 -0.8436 0.9899 17 22 23 14 - 13 39 31 17.56 280.94 200.42 -24.99 236.81 -21.90 33.50 1.46 245.95 348.37 -0.8398 0.9900 18 22 24 4 - 13 30 8 17.38 281.56 190.62 -24.93 227.44 -22.01 33.87 1.47 246.04 348.23 -0.8361 0.9901 19 22 24 57 - 13 20 33 17.19 282.18 180.83 -24.87 218.06 -22.13 34.23 1.49 246.13 348.08 -0.8324 0.9902 20 22 25 52 - 13 10 46 17.01 282.80 171.03 -24.81 208.67 -22.24 34.58 1.50 246.21 347.93 -0.8289 0.9903 21 22 26 49 - 13 0 49 16.83 283.42 161.23 -24.74 199.27 -22.35 34.92 1.51 246.28 347.77 -0.8253 0.9905 22 22 27 48 - 12 50 41 16.65 284.04 151.44 -24.67 189.86 -22.47 35.25 1.53 246.35 347.60 -0.8219 0.9906 23 22 28 50 - 12 40 22 16.47 284.65 141.64 -24.60 180.43 -22.58 35.57 1.54 246.41 347.43 -0.8185 0.9908 24 22 29 54 - 12 29 53 16.30 285.27 131.85 -24.52 171.00 -22.70 35.87 1.55 246.46 347.25 -0.8152 0.9910 25 22 30 60 - 12 19 14 16.12 285.89 122.06 -24.45 161.55 -22.81 36.17 1.55 246.51 347.07 -0.8120 0.9912 26 22 32 7 - 12 8 25 15.95 286.50 112.27 -24.36 152.09 -22.93 36.46 1.56 246.56 346.88 -0.8088 0.9914 27 22 33 17 - 11 57 25 15.78 287.12 102.49 -24.28 142.62 -23.04 36.74 1.57 246.60 346.68 -0.8058 0.9916 28 22 34 29 - 11 46 16 15.61 287.73 92.70 -24.19 133.15 -23.15 37.01 1.57 246.63 346.48 -0.8028 0.9918 29 22 35 43 - 11 34 58 15.44 288.34 82.91 -24.11 123.66 -23.27 37.27 1.58 246.67 346.28 -0.7998 0.9920 30 22 36 59 - 11 23 31 15.28 288.95 73.13 -24.01 114.16 -23.38 37.53 1.58 246.69 346.07 -0.7970 0.9923 31 22 38 16 - 11 11 54 15.12 289.57 63.35 -23.92 104.66 -23.49 37.77 1.58 246.72 345.85 -0.7942 0.9925 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 2003 : 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 22 39 36 - 11 0 9 14.96 290.18 53.57 -23.82 95.14 -23.60 38.01 1.59 246.74 345.63 -0.7915 0.9928 2 22 40 57 - 10 48 15 14.80 290.79 43.79 -23.72 85.62 -23.71 38.24 1.59 246.75 345.41 -0.7889 0.9930 3 22 42 19 - 10 36 14 14.64 291.40 34.01 -23.62 76.08 -23.82 38.45 1.59 246.77 345.18 -0.7864 0.9933 4 22 43 44 - 10 24 4 14.49 292.01 24.24 -23.51 66.54 -23.93 38.67 1.59 246.78 344.95 -0.7839 0.9936 5 22 45 10 - 10 11 46 14.34 292.61 14.47 -23.41 56.99 -24.04 38.87 1.59 246.79 344.71 -0.7815 0.9939 6 22 46 37 - 9 59 20 14.19 293.22 4.70 -23.29 47.43 -24.14 39.07 1.59 246.79 344.47 -0.7792 0.9942 7 22 48 6 - 9 46 48 14.04 293.83 354.93 -23.18 37.86 -24.25 39.26 1.58 246.80 344.23 -0.7769 0.9945 8 22 49 36 - 9 34 8 13.90 294.43 345.16 -23.07 28.28 -24.35 39.44 1.58 246.80 343.98 -0.7748 0.9948 9 22 51 8 - 9 21 20 13.75 295.04 335.39 -22.95 18.70 -24.45 39.61 1.58 246.80 343.73 -0.7727 0.9951 10 22 52 40 - 9 8 27 13.61 295.64 325.63 -22.83 9.11 -24.55 39.78 1.58 246.80 343.47 -0.7706 0.9953 11 22 54 15 - 8 55 26 13.47 296.25 315.86 -22.70 359.51 -24.65 39.94 1.57 246.79 343.22 -0.7687 0.9956 12 22 55 50 - 8 42 19 13.33 296.85 306.10 -22.58 349.91 -24.74 40.10 1.57 246.79 342.96 -0.7668 0.9959 13 22 57 27 - 8 29 5 13.20 297.45 296.35 -22.45 340.29 -24.83 40.25 1.56 246.78 342.69 -0.7650 0.9962 14 22 59 5 - 8 15 46 13.06 298.05 286.59 -22.32 330.67 -24.93 40.39 1.56 246.77 342.43 -0.7632 0.9965 15 23 0 44 - 8 2 20 12.93 298.65 276.83 -22.19 321.05 -25.02 40.53 1.55 246.77 342.16 -0.7615 0.9968 16 23 2 24 - 7 48 48 12.80 299.25 267.08 -22.06 311.41 -25.10 40.66 1.54 246.76 341.89 -0.7599 0.9971 17 23 4 6 - 7 35 11 12.67 299.85 257.33 -21.92 301.77 -25.19 40.78 1.54 246.75 341.61 -0.7584 0.9973 18 23 5 48 - 7 21 27 12.54 300.45 247.58 -21.78 292.13 -25.27 40.90 1.53 246.73 341.34 -0.7569 0.9976 19 23 7 31 - 7 7 39 12.42 301.05 237.83 -21.64 282.48 -25.35 41.01 1.52 246.72 341.06 -0.7555 0.9978 20 23 9 16 - 6 53 44 12.30 301.64 228.09 -21.50 272.82 -25.43 41.12 1.52 246.71 340.78 -0.7541 0.9981 21 23 11 1 - 6 39 45 12.17 302.24 218.35 -21.35 263.15 -25.51 41.22 1.51 246.70 340.50 -0.7529 0.9983 22 23 12 48 - 6 25 40 12.05 302.83 208.60 -21.20 253.48 -25.58 41.32 1.50 246.69 340.21 -0.7517 0.9985 23 23 14 36 - 6 11 30 11.94 303.43 198.87 -21.05 243.81 -25.65 41.41 1.49 246.67 339.93 -0.7505 0.9987 24 23 16 24 - 5 57 15 11.82 304.02 189.13 -20.90 234.13 -25.72 41.50 1.48 246.66 339.64 -0.7494 0.9989 25 23 18 13 - 5 42 55 11.70 304.61 179.39 -20.75 224.44 -25.78 41.58 1.47 246.65 339.35 -0.7484 0.9991 26 23 20 4 - 5 28 30 11.59 305.20 169.66 -20.59 214.75 -25.85 41.65 1.47 246.63 339.06 -0.7475 0.9993 27 23 21 55 - 5 14 1 11.48 305.79 159.93 -20.44 205.05 -25.91 41.73 1.46 246.62 338.77 -0.7466 0.9994 28 23 23 47 - 4 59 28 11.37 306.38 150.20 -20.28 195.35 -25.96 41.79 1.45 246.61 338.48 -0.7457 0.9996 29 23 25 40 - 4 44 50 11.26 306.97 140.47 -20.12 185.64 -26.02 41.85 1.44 246.60 338.19 -0.7450 0.9997 30 23 27 33 - 4 30 8 11.15 307.56 130.75 -19.95 175.93 -26.07 41.91 1.43 246.58 337.89 -0.7443 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) ----- 11 ----- 1 *** Ephemeris for Physical Observations of Mars 2003 : 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 23 29 28 - 4 15 22 11.05 308.14 121.03 -19.79 166.21 -26.12 41.96 1.42 246.57 337.60 -0.7436 0.9999 2 23 31 23 - 4 0 33 10.95 308.73 111.31 -19.62 156.49 -26.16 42.01 1.41 246.56 337.30 -0.7430 0.9999 3 23 33 19 - 3 45 40 10.84 309.31 101.59 -19.46 146.77 -26.20 42.06 1.40 246.55 337.01 -0.7425 1.0000 4 23 35 16 - 3 30 44 10.74 309.90 91.87 -19.29 137.04 -26.24 42.09 1.39 246.55 336.71 -0.7420 1.0000 5 23 37 13 - 3 15 44 10.64 310.48 82.16 -19.12 127.30 -26.28 42.13 1.37 246.54 336.42 -0.7416 -1.0000 6 23 39 11 - 3 0 41 10.55 311.06 72.44 -18.94 117.57 -26.31 42.16 1.36 246.53 336.12 -0.7413 -1.0000 7 23 41 10 - 2 45 36 10.45 311.64 62.73 -18.77 107.83 -26.34 42.19 1.35 246.52 335.83 -0.7409 -0.9999 8 23 43 9 - 2 30 27 10.35 312.22 53.03 -18.59 98.08 -26.37 42.21 1.34 246.52 335.53 -0.7407 -0.9999 9 23 45 9 - 2 15 16 10.26 312.80 43.32 -18.42 88.34 -26.39 42.24 1.33 246.51 335.24 -0.7405 -0.9998 10 23 47 9 - 2 0 3 10.17 313.38 33.61 -18.24 78.58 -26.41 42.25 1.32 246.51 334.94 -0.7403 -0.9997 11 23 49 10 - 1 44 47 10.08 313.96 23.91 -18.06 68.83 -26.42 42.27 1.31 246.51 334.65 -0.7402 -0.9996 12 23 51 12 - 1 29 29 9.99 314.54 14.21 -17.87 59.07 -26.43 42.28 1.30 246.51 334.36 -0.7402 -0.9994 13 23 53 14 - 1 14 9 9.90 315.11 4.51 -17.69 49.31 -26.44 42.28 1.29 246.51 334.07 -0.7401 -0.9993 14 23 55 17 - 0 58 47 9.81 315.69 354.82 -17.51 39.55 -26.45 42.29 1.28 246.51 333.78 -0.7402 -0.9991 15 23 57 20 - 0 43 23 9.72 316.26 345.12 -17.32 29.79 -26.45 42.29 1.27 246.52 333.49 -0.7403 -0.9988 16 23 59 24 - 0 27 57 9.64 316.83 335.43 -17.13 20.02 -26.45 42.28 1.25 246.52 333.20 -0.7404 -0.9986 17 0 1 29 - 0 12 30 9.56 317.40 325.74 -16.95 10.25 -26.44 42.28 1.24 246.53 332.91 -0.7406 -0.9984 18 0 3 34 0 2 59 9.47 317.98 316.05 -16.76 0.48 -26.43 42.27 1.23 246.53 332.63 -0.7408 -0.9981 19 0 5 39 0 18 29 9.39 318.55 306.37 -16.56 350.70 -26.42 42.25 1.22 246.54 332.34 -0.7411 -0.9978 20 0 7 45 0 34 1 9.31 319.11 296.68 -16.37 340.92 -26.41 42.24 1.21 246.55 332.06 -0.7414 -0.9975 21 0 9 52 0 49 34 9.23 319.68 287.00 -16.18 331.15 -26.39 42.22 1.20 246.57 331.78 -0.7418 -0.9971 22 0 11 59 1 5 8 9.15 320.25 277.32 -15.99 321.36 -26.36 42.20 1.19 246.58 331.50 -0.7422 -0.9968 23 0 14 6 1 20 43 9.08 320.82 267.64 -15.79 311.58 -26.34 42.17 1.18 246.60 331.22 -0.7426 -0.9964 24 0 16 14 1 36 18 9.00 321.38 257.97 -15.59 301.80 -26.30 42.14 1.16 246.62 330.94 -0.7431 -0.9960 25 0 18 23 1 51 55 8.93 321.95 248.29 -15.40 292.01 -26.27 42.11 1.15 246.64 330.67 -0.7436 -0.9956 26 0 20 32 2 7 32 8.85 322.51 238.62 -15.20 282.22 -26.23 42.08 1.14 246.66 330.40 -0.7442 -0.9952 27 0 22 41 2 23 10 8.78 323.07 228.95 -15.00 272.43 -26.19 42.04 1.13 246.68 330.13 -0.7448 -0.9948 28 0 24 51 2 38 47 8.71 323.63 219.28 -14.80 262.64 -26.15 42.01 1.12 246.70 329.86 -0.7454 -0.9943 29 0 27 2 2 54 25 8.64 324.19 209.61 -14.60 252.85 -26.10 41.97 1.11 246.73 329.60 -0.7461 -0.9938 30 0 29 13 3 10 3 8.57 324.75 199.95 -14.39 243.05 -26.04 41.92 1.10 246.76 329.34 -0.7469 -0.9933 31 0 31 24 3 25 40 8.50 325.31 190.28 -14.19 233.26 -25.99 41.88 1.09 246.79 329.08 -0.7476 -0.9928 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