*** Ephemeris for Physical Observations of Mars 2006 : 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 2 32 35 16 37 12 12.09 349.49 341.38 -4.51 12.39 -19.15 33.54 1.01 252.68 321.05 -0.8513 -0.9714 2 2 33 33 16 42 39 11.95 350.01 331.79 -4.29 3.01 -19.08 33.81 1.01 252.72 321.04 -0.8490 -0.9707 3 2 34 34 16 48 14 11.82 350.52 322.19 -4.07 353.63 -19.00 34.07 1.01 252.77 321.02 -0.8468 -0.9700 4 2 35 36 16 53 55 11.70 351.04 312.60 -3.85 344.24 -18.91 34.31 1.02 252.81 321.01 -0.8447 -0.9693 5 2 36 41 16 59 43 11.57 351.55 303.01 -3.63 334.83 -18.82 34.55 1.02 252.86 321.00 -0.8426 -0.9687 6 2 37 47 17 5 37 11.45 352.06 293.42 -3.41 325.43 -18.73 34.78 1.02 252.92 321.00 -0.8406 -0.9680 7 2 38 56 17 11 37 11.32 352.58 283.82 -3.20 316.01 -18.64 35.00 1.02 252.97 320.99 -0.8387 -0.9673 8 2 40 7 17 17 43 11.20 353.09 274.24 -2.98 306.58 -18.54 35.21 1.03 253.03 320.98 -0.8369 -0.9666 9 2 41 19 17 23 54 11.08 353.60 264.65 -2.76 297.15 -18.44 35.42 1.03 253.09 320.98 -0.8351 -0.9660 10 2 42 34 17 30 10 10.97 354.11 255.06 -2.54 287.72 -18.33 35.61 1.03 253.16 320.97 -0.8334 -0.9653 11 2 43 50 17 36 30 10.85 354.61 245.47 -2.32 278.27 -18.22 35.80 1.03 253.23 320.97 -0.8317 -0.9647 12 2 45 8 17 42 55 10.74 355.12 235.88 -2.10 268.82 -18.11 35.98 1.02 253.30 320.97 -0.8302 -0.9640 13 2 46 28 17 49 25 10.63 355.63 226.30 -1.88 259.37 -17.99 36.15 1.02 253.37 320.97 -0.8287 -0.9634 14 2 47 50 17 55 58 10.52 356.13 216.71 -1.67 249.90 -17.87 36.31 1.02 253.44 320.97 -0.8273 -0.9627 15 2 49 13 18 2 34 10.41 356.64 207.13 -1.45 240.43 -17.75 36.47 1.02 253.52 320.98 -0.8259 -0.9621 16 2 50 38 18 9 14 10.31 357.14 197.55 -1.23 230.96 -17.62 36.62 1.02 253.60 320.98 -0.8246 -0.9615 17 2 52 4 18 15 57 10.20 357.65 187.96 -1.02 221.48 -17.49 36.76 1.01 253.68 320.99 -0.8234 -0.9609 18 2 53 32 18 22 43 10.10 358.15 178.38 -0.80 212.00 -17.36 36.90 1.01 253.77 321.00 -0.8222 -0.9603 19 2 55 2 18 29 31 10.00 358.65 168.80 -0.58 202.51 -17.22 37.03 1.01 253.85 321.01 -0.8211 -0.9597 20 2 56 33 18 36 22 9.90 359.15 159.22 -0.37 193.01 -17.08 37.15 1.00 253.94 321.02 -0.8201 -0.9591 21 2 58 6 18 43 14 9.80 359.65 149.64 -0.15 183.51 -16.94 37.27 1.00 254.04 321.04 -0.8191 -0.9585 22 2 59 40 18 50 8 9.70 0.15 140.06 0.06 174.01 -16.79 37.38 1.00 254.13 321.06 -0.8181 -0.9580 23 3 1 15 18 57 4 9.61 0.65 130.48 0.28 164.50 -16.64 37.48 0.99 254.23 321.08 -0.8173 -0.9574 24 3 2 52 19 4 2 9.51 1.15 120.90 0.49 154.99 -16.49 37.58 0.99 254.33 321.10 -0.8165 -0.9569 25 3 4 30 19 11 0 9.42 1.65 111.33 0.71 145.47 -16.34 37.67 0.98 254.43 321.13 -0.8157 -0.9564 26 3 6 10 19 18 0 9.33 2.14 101.75 0.92 135.95 -16.18 37.76 0.98 254.54 321.15 -0.8150 -0.9559 27 3 7 51 19 25 0 9.24 2.64 92.17 1.14 126.42 -16.02 37.84 0.97 254.65 321.18 -0.8144 -0.9554 28 3 9 33 19 32 1 9.16 3.13 82.60 1.35 116.89 -15.86 37.92 0.97 254.76 321.22 -0.8138 -0.9549 29 3 11 17 19 39 2 9.07 3.63 73.02 1.56 107.36 -15.70 37.99 0.96 254.87 321.25 -0.8133 -0.9544 30 3 13 2 19 46 4 8.99 4.12 63.45 1.77 97.83 -15.53 38.05 0.95 254.99 321.29 -0.8128 -0.9539 31 3 14 48 19 53 5 8.90 4.61 53.88 1.99 88.28 -15.36 38.11 0.95 255.10 321.33 -0.8124 -0.9535 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 2006 : 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 3 16 35 20 0 6 8.82 5.10 44.30 2.20 78.74 -15.18 38.17 0.94 255.23 321.38 -0.8120 -0.9530 2 3 18 24 20 7 6 8.74 5.59 34.73 2.41 69.19 -15.01 38.22 0.94 255.35 321.43 -0.8116 -0.9526 3 3 20 13 20 14 5 8.66 6.08 25.16 2.62 59.64 -14.83 38.26 0.93 255.48 321.48 -0.8114 -0.9522 4 3 22 4 20 21 4 8.58 6.57 15.58 2.83 50.09 -14.65 38.30 0.92 255.60 321.53 -0.8111 -0.9518 5 3 23 56 20 28 1 8.51 7.06 6.01 3.04 40.54 -14.47 38.34 0.92 255.73 321.59 -0.8109 -0.9514 6 3 25 49 20 34 56 8.43 7.55 356.44 3.25 30.98 -14.28 38.37 0.91 255.87 321.65 -0.8108 -0.9511 7 3 27 44 20 41 50 8.36 8.04 346.87 3.46 21.42 -14.09 38.40 0.90 256.00 321.71 -0.8107 -0.9507 8 3 29 39 20 48 42 8.28 8.52 337.30 3.66 11.85 -13.90 38.42 0.90 256.14 321.77 -0.8106 -0.9504 9 3 31 35 20 55 33 8.21 9.01 327.73 3.87 2.28 -13.71 38.44 0.89 256.28 321.84 -0.8106 -0.9501 10 3 33 32 21 2 20 8.14 9.50 318.16 4.08 352.72 -13.51 38.45 0.88 256.43 321.92 -0.8106 -0.9498 11 3 35 31 21 9 6 8.07 9.98 308.59 4.29 343.14 -13.32 38.46 0.88 256.57 321.99 -0.8106 -0.9495 12 3 37 30 21 15 48 8.00 10.46 299.03 4.49 333.57 -13.12 38.47 0.87 256.72 322.07 -0.8107 -0.9492 13 3 39 30 21 22 28 7.93 10.95 289.46 4.70 323.99 -12.92 38.47 0.86 256.87 322.15 -0.8108 -0.9490 14 3 41 31 21 29 5 7.87 11.43 279.89 4.90 314.42 -12.71 38.47 0.85 257.02 322.24 -0.8110 -0.9487 15 3 43 33 21 35 38 7.80 11.91 270.32 5.11 304.84 -12.51 38.47 0.85 257.18 322.33 -0.8112 -0.9485 16 3 45 36 21 42 8 7.74 12.39 260.76 5.31 295.26 -12.30 38.46 0.84 257.34 322.42 -0.8114 -0.9483 17 3 47 40 21 48 35 7.68 12.87 251.19 5.51 285.67 -12.09 38.45 0.83 257.49 322.52 -0.8116 -0.9481 18 3 49 44 21 54 58 7.61 13.35 241.62 5.71 276.09 -11.88 38.44 0.82 257.66 322.62 -0.8119 -0.9480 19 3 51 50 22 1 16 7.55 13.83 232.06 5.92 266.50 -11.67 38.42 0.82 257.82 322.72 -0.8122 -0.9478 20 3 53 56 22 7 31 7.49 14.31 222.49 6.12 256.91 -11.45 38.40 0.81 257.99 322.83 -0.8126 -0.9477 21 3 56 3 22 13 42 7.43 14.79 212.93 6.32 247.32 -11.24 38.37 0.80 258.15 322.94 -0.8129 -0.9475 22 3 58 11 22 19 48 7.37 15.26 203.36 6.52 237.73 -11.02 38.35 0.80 258.33 323.05 -0.8133 -0.9474 23 4 0 20 22 25 50 7.32 15.74 193.80 6.72 228.14 -10.80 38.32 0.79 258.50 323.17 -0.8138 -0.9473 24 4 2 29 22 31 47 7.26 16.22 184.23 6.91 218.54 -10.58 38.28 0.78 258.67 323.29 -0.8142 -0.9473 25 4 4 40 22 37 40 7.20 16.69 174.67 7.11 208.94 -10.35 38.25 0.77 258.85 323.41 -0.8147 -0.9472 26 4 6 51 22 43 27 7.15 17.17 165.10 7.31 199.35 -10.13 38.21 0.77 259.03 323.54 -0.8152 -0.9471 27 4 9 3 22 49 10 7.09 17.64 155.54 7.51 189.75 -9.90 38.17 0.76 259.21 323.67 -0.8157 -0.9471 28 4 11 15 22 54 47 7.04 18.11 145.97 7.70 180.14 -9.67 38.12 0.75 259.39 323.81 -0.8163 -0.9471 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 2006 : 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 4 13 29 23 0 19 6.99 18.58 136.41 7.90 170.54 -9.44 38.07 0.74 259.58 323.95 -0.8168 -0.9471 2 4 15 43 23 5 45 6.94 19.06 126.85 8.09 160.94 -9.21 38.02 0.74 259.77 324.09 -0.8174 -0.9471 3 4 17 57 23 11 6 6.89 19.53 117.28 8.29 151.33 -8.98 37.97 0.73 259.96 324.24 -0.8180 -0.9472 4 4 20 13 23 16 21 6.83 20.00 107.72 8.48 141.73 -8.74 37.91 0.72 260.15 324.39 -0.8187 -0.9472 5 4 22 29 23 21 30 6.79 20.47 98.16 8.67 132.12 -8.51 37.86 0.71 260.34 324.54 -0.8193 -0.9473 6 4 24 46 23 26 33 6.74 20.94 88.59 8.86 122.51 -8.27 37.80 0.71 260.54 324.70 -0.8200 -0.9473 7 4 27 3 23 31 30 6.69 21.41 79.03 9.05 112.90 -8.03 37.73 0.70 260.73 324.86 -0.8207 -0.9474 8 4 29 21 23 36 20 6.64 21.88 69.47 9.24 103.29 -7.79 37.67 0.69 260.93 325.02 -0.8214 -0.9475 9 4 31 40 23 41 4 6.60 22.34 59.91 9.43 93.68 -7.55 37.60 0.68 261.13 325.19 -0.8221 -0.9477 10 4 33 59 23 45 41 6.55 22.81 50.34 9.62 84.07 -7.31 37.53 0.68 261.33 325.36 -0.8229 -0.9478 11 4 36 19 23 50 12 6.50 23.28 40.78 9.81 74.46 -7.07 37.46 0.67 261.54 325.54 -0.8236 -0.9480 12 4 38 39 23 54 36 6.46 23.74 31.22 9.99 64.84 -6.82 37.39 0.66 261.74 325.72 -0.8244 -0.9481 13 4 41 0 23 58 53 6.42 24.21 21.66 10.18 55.23 -6.58 37.31 0.66 261.95 325.90 -0.8252 -0.9483 14 4 43 21 24 3 3 6.37 24.67 12.09 10.37 45.61 -6.33 37.23 0.65 262.16 326.08 -0.8259 -0.9485 15 4 45 43 24 7 5 6.33 25.14 2.53 10.55 35.99 -6.08 37.15 0.64 262.37 326.27 -0.8268 -0.9487 16 4 48 6 24 11 0 6.29 25.60 352.97 10.73 26.38 -5.83 37.07 0.64 262.58 326.47 -0.8276 -0.9489 17 4 50 29 24 14 48 6.25 26.07 343.41 10.92 16.76 -5.58 36.99 0.63 262.80 326.66 -0.8284 -0.9491 18 4 52 52 24 18 29 6.21 26.53 333.84 11.10 7.14 -5.33 36.90 0.62 263.01 326.86 -0.8292 -0.9494 19 4 55 16 24 22 2 6.17 26.99 324.28 11.28 357.52 -5.08 36.81 0.61 263.23 327.06 -0.8301 -0.9496 20 4 57 41 24 25 27 6.13 27.45 314.72 11.46 347.90 -4.83 36.72 0.61 263.45 327.27 -0.8310 -0.9499 21 5 0 5 24 28 44 6.09 27.91 305.16 11.64 338.27 -4.58 36.63 0.60 263.67 327.48 -0.8318 -0.9502 22 5 2 31 24 31 54 6.05 28.37 295.60 11.82 328.65 -4.32 36.54 0.59 263.89 327.69 -0.8327 -0.9504 23 5 4 56 24 34 56 6.01 28.83 286.03 12.00 319.03 -4.07 36.45 0.59 264.11 327.91 -0.8336 -0.9507 24 5 7 23 24 37 50 5.98 29.29 276.47 12.17 309.40 -3.81 36.35 0.58 264.33 328.13 -0.8345 -0.9510 25 5 9 49 24 40 35 5.94 29.75 266.91 12.35 299.78 -3.56 36.25 0.57 264.56 328.35 -0.8354 -0.9514 26 5 12 16 24 43 13 5.90 30.21 257.35 12.53 290.15 -3.30 36.15 0.57 264.79 328.58 -0.8363 -0.9517 27 5 14 44 24 45 42 5.87 30.67 247.78 12.70 280.53 -3.04 36.05 0.56 265.01 328.81 -0.8373 -0.9520 28 5 17 12 24 48 3 5.83 31.13 238.22 12.87 270.90 -2.78 35.95 0.56 265.24 329.04 -0.8382 -0.9524 29 5 19 40 24 50 16 5.80 31.59 228.66 13.05 261.27 -2.52 35.84 0.55 265.47 329.28 -0.8391 -0.9527 30 5 22 8 24 52 20 5.76 32.04 219.10 13.22 251.64 -2.26 35.74 0.54 265.70 329.52 -0.8401 -0.9531 31 5 24 37 24 54 15 5.73 32.50 209.53 13.39 242.01 -2.00 35.63 0.54 265.93 329.76 -0.8410 -0.9535 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 2006 : 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 5 27 7 24 56 2 5.70 32.96 199.97 13.56 232.38 -1.74 35.52 0.53 266.17 330.01 -0.8420 -0.9539 2 5 29 36 24 57 41 5.66 33.41 190.41 13.73 222.75 -1.48 35.41 0.52 266.40 330.26 -0.8430 -0.9543 3 5 32 6 24 59 10 5.63 33.87 180.84 13.89 213.12 -1.22 35.30 0.52 266.63 330.51 -0.8439 -0.9547 4 5 34 37 25 0 31 5.60 34.32 171.28 14.06 203.49 -0.96 35.18 0.51 266.87 330.76 -0.8449 -0.9551 5 5 37 7 25 1 42 5.57 34.77 161.72 14.23 193.85 -0.69 35.07 0.51 267.10 331.02 -0.8459 -0.9555 6 5 39 38 25 2 45 5.54 35.23 152.15 14.39 184.22 -0.43 34.95 0.50 267.34 331.28 -0.8469 -0.9559 7 5 42 9 25 3 39 5.51 35.68 142.59 14.56 174.58 -0.17 34.84 0.49 267.58 331.55 -0.8479 -0.9564 8 5 44 41 25 4 24 5.48 36.13 133.02 14.72 164.95 0.09 34.72 0.49 267.82 331.81 -0.8488 -0.9568 9 5 47 12 25 5 0 5.45 36.59 123.46 14.88 155.31 0.36 34.60 0.48 268.06 332.08 -0.8498 -0.9573 10 5 49 44 25 5 27 5.42 37.04 113.90 15.04 145.67 0.62 34.48 0.48 268.30 332.36 -0.8508 -0.9577 11 5 52 16 25 5 44 5.39 37.49 104.33 15.20 136.03 0.89 34.36 0.47 268.53 332.63 -0.8518 -0.9582 12 5 54 48 25 5 53 5.36 37.94 94.77 15.36 126.40 1.15 34.23 0.46 268.78 332.91 -0.8528 -0.9587 13 5 57 21 25 5 52 5.33 38.39 85.20 15.52 116.76 1.42 34.11 0.46 269.02 333.19 -0.8538 -0.9591 14 5 59 53 25 5 42 5.30 38.84 75.64 15.68 107.12 1.68 33.98 0.45 269.26 333.47 -0.8549 -0.9596 15 6 2 26 25 5 22 5.28 39.29 66.07 15.83 97.48 1.94 33.86 0.45 269.50 333.76 -0.8559 -0.9601 16 6 4 59 25 4 53 5.25 39.74 56.50 15.99 87.83 2.21 33.73 0.44 269.74 334.05 -0.8569 -0.9606 17 6 7 33 25 4 15 5.22 40.19 46.94 16.14 78.19 2.47 33.60 0.44 269.98 334.34 -0.8579 -0.9611 18 6 10 6 25 3 27 5.20 40.64 37.37 16.30 68.55 2.74 33.47 0.43 270.22 334.63 -0.8589 -0.9616 19 6 12 39 25 2 30 5.17 41.09 27.81 16.45 58.90 3.00 33.34 0.43 270.47 334.93 -0.8599 -0.9621 20 6 15 13 25 1 24 5.15 41.54 18.24 16.60 49.26 3.27 33.21 0.42 270.71 335.23 -0.8609 -0.9626 21 6 17 47 25 0 8 5.12 41.99 8.67 16.75 39.61 3.53 33.07 0.41 270.95 335.53 -0.8619 -0.9631 22 6 20 21 24 58 42 5.10 42.44 359.11 16.90 29.96 3.80 32.94 0.41 271.19 335.83 -0.8630 -0.9636 23 6 22 55 24 57 7 5.07 42.88 349.54 17.05 20.32 4.06 32.81 0.40 271.44 336.14 -0.8640 -0.9641 24 6 25 29 24 55 23 5.05 43.33 339.97 17.19 10.67 4.32 32.67 0.40 271.68 336.45 -0.8650 -0.9646 25 6 28 3 24 53 29 5.02 43.78 330.40 17.34 1.02 4.59 32.53 0.39 271.92 336.76 -0.8660 -0.9651 26 6 30 37 24 51 26 5.00 44.22 320.83 17.48 351.37 4.85 32.40 0.39 272.16 337.07 -0.8670 -0.9657 27 6 33 11 24 49 13 4.98 44.67 311.27 17.63 341.72 5.11 32.26 0.38 272.41 337.39 -0.8681 -0.9662 28 6 35 46 24 46 50 4.95 45.11 301.70 17.77 332.06 5.38 32.12 0.38 272.65 337.71 -0.8691 -0.9667 29 6 38 20 24 44 18 4.93 45.56 292.13 17.91 322.41 5.64 31.98 0.37 272.89 338.03 -0.8701 -0.9672 30 6 40 55 24 41 36 4.91 46.00 282.56 18.05 312.76 5.90 31.83 0.37 273.13 338.35 -0.8711 -0.9678 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 2006 : 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 6 43 30 24 38 45 4.89 46.45 272.99 18.19 303.10 6.17 31.69 0.36 273.37 338.67 -0.8722 -0.9683 2 6 46 4 24 35 44 4.86 46.89 263.42 18.33 293.44 6.43 31.55 0.36 273.62 339.00 -0.8732 -0.9688 3 6 48 39 24 32 33 4.84 47.34 253.85 18.46 283.79 6.69 31.41 0.35 273.86 339.33 -0.8742 -0.9693 4 6 51 14 24 29 14 4.82 47.78 244.28 18.60 274.13 6.95 31.26 0.35 274.10 339.66 -0.8752 -0.9699 5 6 53 48 24 25 44 4.80 48.23 234.71 18.73 264.47 7.21 31.11 0.35 274.34 339.99 -0.8763 -0.9704 6 6 56 23 24 22 6 4.78 48.67 225.13 18.87 254.81 7.47 30.97 0.34 274.57 340.32 -0.8773 -0.9709 7 6 58 58 24 18 17 4.76 49.11 215.56 19.00 245.15 7.73 30.82 0.34 274.81 340.66 -0.8783 -0.9715 8 7 1 32 24 14 19 4.74 49.55 205.99 19.13 235.48 7.99 30.67 0.33 275.05 340.99 -0.8793 -0.9720 9 7 4 7 24 10 12 4.72 50.00 196.42 19.26 225.82 8.24 30.52 0.33 275.29 341.33 -0.8803 -0.9725 10 7 6 41 24 5 56 4.70 50.44 186.84 19.39 216.15 8.50 30.37 0.32 275.52 341.67 -0.8814 -0.9731 11 7 9 16 24 1 30 4.68 50.88 177.27 19.52 206.49 8.76 30.22 0.32 275.76 342.02 -0.8824 -0.9736 12 7 11 50 23 56 54 4.66 51.32 167.70 19.64 196.82 9.01 30.07 0.31 275.99 342.36 -0.8834 -0.9741 13 7 14 24 23 52 9 4.65 51.76 158.12 19.77 187.15 9.27 29.92 0.31 276.23 342.71 -0.8844 -0.9746 14 7 16 59 23 47 15 4.63 52.21 148.55 19.89 177.48 9.52 29.77 0.31 276.46 343.05 -0.8854 -0.9751 15 7 19 33 23 42 12 4.61 52.65 138.98 20.02 167.81 9.78 29.62 0.30 276.69 343.40 -0.8864 -0.9757 16 7 22 7 23 36 59 4.59 53.09 129.40 20.14 158.14 10.03 29.46 0.30 276.92 343.75 -0.8874 -0.9762 17 7 24 41 23 31 37 4.57 53.53 119.83 20.26 148.47 10.28 29.31 0.29 277.15 344.11 -0.8884 -0.9767 18 7 27 15 23 26 6 4.56 53.97 110.25 20.38 138.80 10.53 29.16 0.29 277.38 344.46 -0.8895 -0.9772 19 7 29 49 23 20 26 4.54 54.41 100.67 20.49 129.12 10.78 29.00 0.28 277.61 344.82 -0.8905 -0.9777 20 7 32 22 23 14 37 4.52 54.85 91.10 20.61 119.44 11.03 28.84 0.28 277.84 345.17 -0.8915 -0.9782 21 7 34 56 23 8 38 4.50 55.29 81.52 20.73 109.77 11.28 28.69 0.28 278.06 345.53 -0.8925 -0.9787 22 7 37 30 23 2 31 4.49 55.73 71.94 20.84 100.09 11.53 28.53 0.27 278.29 345.89 -0.8935 -0.9792 23 7 40 3 22 56 14 4.47 56.17 62.36 20.95 90.41 11.77 28.37 0.27 278.51 346.25 -0.8945 -0.9797 24 7 42 36 22 49 48 4.46 56.61 52.79 21.07 80.72 12.02 28.21 0.26 278.73 346.61 -0.8955 -0.9802 25 7 45 9 22 43 14 4.44 57.05 43.21 21.18 71.04 12.26 28.06 0.26 278.95 346.98 -0.8965 -0.9807 26 7 47 43 22 36 30 4.42 57.49 33.63 21.29 61.36 12.50 27.90 0.26 279.17 347.34 -0.8975 -0.9812 27 7 50 15 22 29 38 4.41 57.93 24.05 21.39 51.67 12.75 27.74 0.25 279.39 347.71 -0.8985 -0.9816 28 7 52 48 22 22 37 4.39 58.36 14.47 21.50 41.98 12.99 27.57 0.25 279.61 348.07 -0.8995 -0.9821 29 7 55 21 22 15 27 4.38 58.80 4.89 21.61 32.29 13.23 27.41 0.25 279.82 348.44 -0.9005 -0.9826 30 7 57 53 22 8 8 4.36 59.24 355.31 21.71 22.60 13.46 27.25 0.24 280.04 348.81 -0.9015 -0.9831 31 8 0 26 22 0 41 4.35 59.68 345.73 21.81 12.91 13.70 27.09 0.24 280.25 349.18 -0.9025 -0.9835 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 2006 : 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 8 2 58 21 53 5 4.33 60.12 336.15 21.91 3.22 13.94 26.92 0.23 280.46 349.55 -0.9035 -0.9840 2 8 5 30 21 45 20 4.32 60.55 326.57 22.01 353.52 14.17 26.76 0.23 280.67 349.93 -0.9045 -0.9844 3 8 8 2 21 37 27 4.31 60.99 316.98 22.11 343.83 14.40 26.60 0.23 280.88 350.30 -0.9055 -0.9849 4 8 10 33 21 29 26 4.29 61.43 307.40 22.21 334.13 14.64 26.43 0.22 281.09 350.67 -0.9065 -0.9853 5 8 13 5 21 21 17 4.28 61.87 297.82 22.31 324.43 14.87 26.27 0.22 281.29 351.05 -0.9074 -0.9857 6 8 15 36 21 12 59 4.26 62.31 288.24 22.40 314.73 15.10 26.10 0.22 281.49 351.43 -0.9084 -0.9862 7 8 18 7 21 4 32 4.25 62.74 278.65 22.50 305.03 15.32 25.94 0.21 281.69 351.80 -0.9094 -0.9866 8 8 20 38 20 55 58 4.24 63.18 269.07 22.59 295.32 15.55 25.77 0.21 281.89 352.18 -0.9104 -0.9870 9 8 23 9 20 47 16 4.23 63.62 259.48 22.68 285.62 15.77 25.60 0.21 282.09 352.56 -0.9114 -0.9874 10 8 25 39 20 38 25 4.21 64.05 249.90 22.77 275.91 15.99 25.43 0.20 282.29 352.94 -0.9124 -0.9878 11 8 28 10 20 29 27 4.20 64.49 240.31 22.86 266.20 16.22 25.27 0.20 282.48 353.32 -0.9133 -0.9882 12 8 30 40 20 20 20 4.19 64.93 230.73 22.94 256.49 16.44 25.10 0.20 282.68 353.70 -0.9143 -0.9886 13 8 33 10 20 11 6 4.18 65.37 221.14 23.03 246.78 16.65 24.93 0.19 282.87 354.09 -0.9153 -0.9890 14 8 35 39 20 1 44 4.16 65.80 211.56 23.11 237.07 16.87 24.76 0.19 283.06 354.47 -0.9163 -0.9894 15 8 38 9 19 52 14 4.15 66.24 201.97 23.20 227.35 17.08 24.59 0.19 283.24 354.85 -0.9172 -0.9897 16 8 40 38 19 42 37 4.14 66.68 192.38 23.28 217.64 17.30 24.42 0.19 283.43 355.24 -0.9182 -0.9901 17 8 43 7 19 32 51 4.13 67.11 182.80 23.36 207.92 17.51 24.25 0.18 283.61 355.62 -0.9192 -0.9905 18 8 45 36 19 22 59 4.12 67.55 173.21 23.44 198.20 17.72 24.08 0.18 283.79 356.01 -0.9202 -0.9908 19 8 48 5 19 12 59 4.11 67.99 163.62 23.51 188.48 17.92 23.91 0.18 283.97 356.39 -0.9211 -0.9912 20 8 50 33 19 2 51 4.09 68.42 154.03 23.59 178.76 18.13 23.74 0.17 284.15 356.78 -0.9221 -0.9915 21 8 53 2 18 52 36 4.08 68.86 144.44 23.66 169.03 18.33 23.56 0.17 284.33 357.17 -0.9231 -0.9918 22 8 55 30 18 42 14 4.07 69.29 134.85 23.74 159.31 18.53 23.39 0.17 284.50 357.56 -0.9240 -0.9921 23 8 57 58 18 31 44 4.06 69.73 125.26 23.81 149.58 18.73 23.22 0.16 284.67 357.95 -0.9250 -0.9925 24 9 0 26 18 21 8 4.05 70.17 115.67 23.88 139.85 18.93 23.04 0.16 284.84 358.34 -0.9259 -0.9928 25 9 2 53 18 10 24 4.04 70.60 106.08 23.95 130.12 19.13 22.87 0.16 285.01 358.73 -0.9269 -0.9931 26 9 5 20 17 59 33 4.03 71.04 96.49 24.01 120.38 19.32 22.70 0.16 285.17 359.12 -0.9279 -0.9934 27 9 7 48 17 48 35 4.02 71.48 86.90 24.08 110.65 19.51 22.52 0.15 285.34 359.51 -0.9288 -0.9937 28 9 10 15 17 37 30 4.01 71.91 77.31 24.14 100.91 19.70 22.35 0.15 285.50 359.90 -0.9298 -0.9939 29 9 12 41 17 26 19 4.00 72.35 67.72 24.21 91.17 19.89 22.17 0.15 285.66 0.29 -0.9307 -0.9942 30 9 15 8 17 15 1 3.99 72.79 58.12 24.27 81.43 20.08 22.00 0.15 285.81 0.68 -0.9317 -0.9945 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 2006 : 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 9 17 34 17 3 36 3.98 73.22 48.53 24.33 71.69 20.26 21.82 0.14 285.97 1.07 -0.9326 -0.9947 2 9 20 1 16 52 5 3.97 73.66 38.94 24.39 61.94 20.44 21.64 0.14 286.12 1.47 -0.9336 -0.9950 3 9 22 26 16 40 28 3.96 74.10 29.34 24.44 52.20 20.62 21.47 0.14 286.27 1.86 -0.9345 -0.9952 4 9 24 52 16 28 44 3.95 74.53 19.75 24.50 42.45 20.79 21.29 0.13 286.42 2.25 -0.9355 -0.9955 5 9 27 18 16 16 53 3.95 74.97 10.16 24.55 32.70 20.97 21.11 0.13 286.57 2.64 -0.9364 -0.9957 6 9 29 43 16 4 57 3.94 75.41 0.56 24.61 22.95 21.14 20.93 0.13 286.71 3.04 -0.9374 -0.9959 7 9 32 8 15 52 54 3.93 75.84 350.97 24.66 13.20 21.31 20.75 0.13 286.85 3.43 -0.9383 -0.9962 8 9 34 33 15 40 45 3.92 76.28 341.37 24.71 3.44 21.48 20.58 0.13 286.99 3.82 -0.9392 -0.9964 9 9 36 58 15 28 31 3.91 76.72 331.78 24.76 353.69 21.64 20.40 0.12 287.13 4.22 -0.9402 -0.9966 10 9 39 23 15 16 10 3.90 77.15 322.18 24.80 343.93 21.80 20.22 0.12 287.26 4.61 -0.9411 -0.9968 11 9 41 47 15 3 44 3.89 77.59 312.59 24.85 334.17 21.96 20.04 0.12 287.39 5.01 -0.9420 -0.9970 12 9 44 11 14 51 12 3.89 78.03 302.99 24.89 324.41 22.12 19.86 0.12 287.52 5.40 -0.9429 -0.9971 13 9 46 35 14 38 34 3.88 78.46 293.39 24.93 314.65 22.27 19.68 0.11 287.65 5.79 -0.9439 -0.9973 14 9 48 59 14 25 50 3.87 78.90 283.80 24.97 304.88 22.42 19.50 0.11 287.78 6.19 -0.9448 -0.9975 15 9 51 23 14 13 1 3.86 79.34 274.20 25.01 295.12 22.57 19.32 0.11 287.90 6.58 -0.9457 -0.9976 16 9 53 46 14 0 7 3.86 79.78 264.60 25.05 285.35 22.72 19.14 0.11 288.02 6.97 -0.9466 -0.9978 17 9 56 10 13 47 7 3.85 80.21 255.00 25.09 275.58 22.86 18.96 0.10 288.14 7.37 -0.9475 -0.9979 18 9 58 33 13 34 2 3.84 80.65 245.41 25.12 265.81 23.01 18.77 0.10 288.25 7.76 -0.9484 -0.9981 19 10 0 56 13 20 51 3.83 81.09 235.81 25.15 256.04 23.14 18.59 0.10 288.37 8.15 -0.9493 -0.9982 20 10 3 19 13 7 35 3.83 81.53 226.21 25.18 246.26 23.28 18.41 0.10 288.48 8.55 -0.9502 -0.9984 21 10 5 42 12 54 14 3.82 81.96 216.61 25.21 236.48 23.41 18.23 0.10 288.59 8.94 -0.9511 -0.9985 22 10 8 4 12 40 48 3.81 82.40 207.01 25.24 226.71 23.54 18.04 0.09 288.69 9.33 -0.9520 -0.9986 23 10 10 27 12 27 18 3.81 82.84 197.41 25.27 216.93 23.67 17.86 0.09 288.80 9.72 -0.9529 -0.9987 24 10 12 49 12 13 42 3.80 83.28 187.81 25.29 207.15 23.79 17.68 0.09 288.90 10.11 -0.9538 -0.9988 25 10 15 12 12 0 1 3.79 83.72 178.21 25.32 197.36 23.92 17.49 0.09 288.99 10.50 -0.9547 -0.9989 26 10 17 34 11 46 16 3.79 84.16 168.61 25.34 187.58 24.03 17.31 0.09 289.09 10.90 -0.9556 -0.9990 27 10 19 56 11 32 26 3.78 84.59 159.01 25.36 177.79 24.15 17.12 0.08 289.18 11.29 -0.9565 -0.9991 28 10 22 17 11 18 32 3.78 85.03 149.41 25.38 168.00 24.26 16.94 0.08 289.27 11.67 -0.9573 -0.9992 29 10 24 39 11 4 33 3.77 85.47 139.81 25.40 158.21 24.37 16.75 0.08 289.36 12.06 -0.9582 -0.9993 30 10 27 1 10 50 30 3.76 85.91 130.21 25.41 148.42 24.48 16.57 0.08 289.45 12.45 -0.9591 -0.9993 31 10 29 22 10 36 23 3.76 86.35 120.61 25.43 138.63 24.58 16.38 0.08 289.53 12.84 -0.9599 -0.9994 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 2006 : 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 10 31 44 10 22 11 3.75 86.79 111.01 25.44 128.84 24.68 16.20 0.07 289.61 13.23 -0.9608 -0.9995 2 10 34 5 10 7 56 3.75 87.23 101.41 25.45 119.04 24.78 16.01 0.07 289.69 13.61 -0.9616 -0.9995 3 10 36 26 9 53 36 3.74 87.67 91.81 25.46 109.25 24.88 15.83 0.07 289.77 14.00 -0.9625 -0.9996 4 10 38 47 9 39 12 3.74 88.11 82.20 25.47 99.45 24.97 15.64 0.07 289.84 14.38 -0.9633 -0.9996 5 10 41 8 9 24 45 3.73 88.55 72.60 25.47 89.65 25.06 15.45 0.07 289.91 14.76 -0.9641 -0.9997 6 10 43 29 9 10 14 3.73 88.99 63.00 25.48 79.85 25.14 15.27 0.07 289.97 15.15 -0.9650 -0.9997 7 10 45 50 8 55 39 3.72 89.43 53.40 25.48 70.05 25.22 15.08 0.06 290.04 15.53 -0.9658 -0.9998 8 10 48 11 8 41 1 3.72 89.87 43.80 25.48 60.24 25.30 14.89 0.06 290.10 15.91 -0.9666 -0.9998 9 10 50 31 8 26 19 3.71 90.32 34.19 25.48 50.44 25.38 14.70 0.06 290.16 16.29 -0.9674 -0.9998 10 10 52 52 8 11 33 3.71 90.76 24.59 25.48 40.63 25.45 14.52 0.06 290.22 16.67 -0.9682 -0.9999 11 10 55 12 7 56 45 3.70 91.20 14.99 25.47 30.83 25.52 14.33 0.06 290.27 17.04 -0.9690 -0.9999 12 10 57 33 7 41 53 3.70 91.64 5.39 25.47 21.02 25.58 14.14 0.06 290.32 17.42 -0.9698 -0.9999 13 10 59 53 7 26 58 3.69 92.08 355.78 25.46 11.21 25.64 13.95 0.05 290.37 17.79 -0.9706 -0.9999 14 11 2 14 7 11 59 3.69 92.53 346.18 25.45 1.40 25.70 13.76 0.05 290.41 18.17 -0.9713 -1.0000 15 11 4 34 6 56 58 3.68 92.97 336.58 25.44 351.59 25.76 13.57 0.05 290.46 18.54 -0.9721 -1.0000 16 11 6 54 6 41 54 3.68 93.41 326.97 25.43 341.78 25.81 13.38 0.05 290.50 18.91 -0.9729 -1.0000 17 11 9 15 6 26 46 3.68 93.86 317.37 25.42 331.96 25.86 13.19 0.05 290.53 19.28 -0.9736 -1.0000 18 11 11 35 6 11 36 3.67 94.30 307.77 25.40 322.15 25.90 13.00 0.05 290.57 19.64 -0.9744 -1.0000 19 11 13 55 5 56 23 3.67 94.74 298.16 25.39 312.34 25.95 12.81 0.05 290.60 20.01 -0.9751 -1.0000 20 11 16 16 5 41 7 3.66 95.19 288.56 25.37 302.52 25.98 12.62 0.04 290.62 20.37 -0.9758 -1.0000 21 11 18 36 5 25 49 3.66 95.63 278.96 25.35 292.70 26.02 12.43 0.04 290.65 20.73 -0.9766 1.0000 22 11 20 56 5 10 29 3.66 96.08 269.35 25.33 282.88 26.05 12.24 0.04 290.67 21.09 -0.9773 1.0000 23 11 23 16 4 55 6 3.65 96.52 259.75 25.30 273.07 26.08 12.05 0.04 290.69 21.45 -0.9780 1.0000 24 11 25 37 4 39 40 3.65 96.97 250.15 25.28 263.25 26.10 11.86 0.04 290.70 21.81 -0.9787 1.0000 25 11 27 57 4 24 13 3.65 97.41 240.54 25.25 253.43 26.12 11.67 0.04 290.72 22.16 -0.9794 1.0000 26 11 30 18 4 8 43 3.64 97.86 230.94 25.23 243.60 26.14 11.48 0.04 290.73 22.52 -0.9800 1.0000 27 11 32 38 3 53 11 3.64 98.30 221.34 25.20 233.78 26.15 11.28 0.04 290.73 22.87 -0.9807 1.0000 28 11 34 58 3 37 38 3.64 98.75 211.73 25.16 223.96 26.16 11.09 0.03 290.73 23.21 -0.9814 1.0000 29 11 37 19 3 22 2 3.64 99.20 202.13 25.13 214.14 26.17 10.90 0.03 290.73 23.56 -0.9820 1.0000 30 11 39 39 3 6 25 3.63 99.65 192.53 25.10 204.31 26.17 10.71 0.03 290.73 23.90 -0.9826 0.9999 31 11 41 60 2 50 46 3.63 100.09 182.92 25.06 194.49 26.17 10.51 0.03 290.72 24.24 -0.9833 0.9999 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 2006 : 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 44 21 2 35 6 3.63 100.54 173.32 25.02 184.67 26.17 10.32 0.03 290.71 24.58 -0.9839 0.9999 2 11 46 41 2 19 24 3.62 100.99 163.72 24.98 174.84 26.16 10.13 0.03 290.70 24.92 -0.9845 0.9999 3 11 49 2 2 3 41 3.62 101.44 154.11 24.94 165.02 26.15 9.93 0.03 290.68 25.25 -0.9851 0.9999 4 11 51 23 1 47 57 3.62 101.89 144.51 24.90 155.19 26.14 9.74 0.03 290.66 25.58 -0.9857 0.9999 5 11 53 44 1 32 11 3.62 102.34 134.91 24.85 145.37 26.12 9.55 0.03 290.63 25.91 -0.9863 0.9999 6 11 56 5 1 16 24 3.62 102.79 125.31 24.81 135.54 26.10 9.35 0.02 290.60 26.24 -0.9868 0.9999 7 11 58 26 1 0 36 3.61 103.24 115.70 24.76 125.72 26.07 9.16 0.02 290.57 26.56 -0.9874 0.9999 8 12 0 47 0 44 48 3.61 103.69 106.10 24.71 115.89 26.04 8.97 0.02 290.53 26.88 -0.9879 0.9998 9 12 3 9 0 28 58 3.61 104.14 96.50 24.66 106.06 26.01 8.77 0.02 290.49 27.20 -0.9885 0.9998 10 12 5 30 0 13 8 3.61 104.59 86.89 24.61 96.24 25.97 8.58 0.02 290.45 27.51 -0.9890 0.9998 11 12 7 52 - 0 2 43 3.61 105.04 77.29 24.55 86.41 25.93 8.38 0.02 290.40 27.82 -0.9895 0.9998 12 12 10 13 - 0 18 34 3.60 105.49 67.69 24.50 76.58 25.89 8.19 0.02 290.34 28.13 -0.9900 0.9998 13 12 12 35 - 0 34 26 3.60 105.94 58.09 24.44 66.76 25.84 7.99 0.02 290.29 28.43 -0.9905 0.9998 14 12 14 57 - 0 50 19 3.60 106.40 48.49 24.38 56.93 25.79 7.80 0.02 290.22 28.74 -0.9910 0.9998 15 12 17 20 - 1 6 12 3.60 106.85 38.88 24.32 47.11 25.73 7.60 0.02 290.16 29.03 -0.9914 0.9998 16 12 19 42 - 1 22 5 3.60 107.30 29.28 24.26 37.28 25.67 7.41 0.02 290.08 29.33 -0.9919 0.9998 17 12 22 4 - 1 37 58 3.60 107.76 19.68 24.19 27.45 25.61 7.21 0.01 290.00 29.62 -0.9923 0.9998 18 12 24 27 - 1 53 52 3.60 108.21 10.08 24.13 17.63 25.55 7.01 0.01 289.92 29.91 -0.9927 0.9998 19 12 26 50 - 2 9 45 3.60 108.67 0.48 24.06 7.80 25.48 6.82 0.01 289.83 30.19 -0.9932 0.9998 20 12 29 13 - 2 25 38 3.59 109.12 350.87 23.99 357.98 25.40 6.62 0.01 289.73 30.47 -0.9936 0.9998 21 12 31 36 - 2 41 31 3.59 109.58 341.27 23.92 348.15 25.33 6.43 0.01 289.63 30.75 -0.9940 0.9998 22 12 33 60 - 2 57 23 3.59 110.04 331.67 23.85 338.33 25.25 6.23 0.01 289.52 31.02 -0.9943 0.9998 23 12 36 24 - 3 13 15 3.59 110.49 322.07 23.77 328.50 25.16 6.03 0.01 289.41 31.29 -0.9947 0.9998 24 12 38 48 - 3 29 6 3.59 110.95 312.47 23.70 318.68 25.08 5.83 0.01 289.28 31.55 -0.9951 0.9998 25 12 41 12 - 3 44 57 3.59 111.41 302.87 23.62 308.86 24.99 5.64 0.01 289.15 31.82 -0.9954 0.9998 26 12 43 36 - 4 0 47 3.59 111.87 293.27 23.54 299.04 24.89 5.44 0.01 289.01 32.07 -0.9957 0.9998 27 12 46 1 - 4 16 36 3.59 112.33 283.67 23.46 289.21 24.79 5.24 0.01 288.86 32.33 -0.9960 0.9998 28 12 48 26 - 4 32 24 3.59 112.78 274.07 23.38 279.39 24.69 5.05 0.01 288.70 32.57 -0.9963 0.9998 29 12 50 51 - 4 48 11 3.59 113.24 264.47 23.29 269.57 24.59 4.85 0.01 288.53 32.82 -0.9966 0.9998 30 12 53 16 - 5 3 56 3.59 113.70 254.87 23.21 259.75 24.48 4.65 0.01 288.35 33.06 -0.9969 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) ----- 9 ----- 1 *** Ephemeris for Physical Observations of Mars 2006 : 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 55 42 - 5 19 41 3.59 114.17 245.27 23.12 249.93 24.37 4.45 0.01 288.15 33.30 -0.9972 0.9998 2 12 58 8 - 5 35 23 3.59 114.63 235.67 23.03 240.11 24.25 4.26 0.00 287.94 33.53 -0.9974 0.9998 3 13 0 34 - 5 51 5 3.59 115.09 226.07 22.94 230.29 24.13 4.06 0.00 287.71 33.75 -0.9977 0.9998 4 13 3 0 - 6 6 44 3.59 115.55 216.48 22.85 220.48 24.01 3.86 0.00 287.46 33.98 -0.9979 0.9998 5 13 5 27 - 6 22 22 3.59 116.01 206.88 22.76 210.66 23.88 3.66 0.00 287.19 34.19 -0.9981 0.9998 6 13 7 54 - 6 37 58 3.59 116.48 197.28 22.66 200.85 23.75 3.46 0.00 286.90 34.41 -0.9983 0.9998 7 13 10 21 - 6 53 31 3.59 116.94 187.68 22.56 191.03 23.62 3.27 0.00 286.58 34.62 -0.9985 0.9998 8 13 12 49 - 7 9 3 3.59 117.40 178.08 22.47 181.22 23.48 3.07 0.00 286.22 34.82 -0.9987 0.9999 9 13 15 17 - 7 24 33 3.59 117.87 168.49 22.36 171.40 23.34 2.87 0.00 285.82 35.02 -0.9989 0.9999 10 13 17 45 - 7 39 60 3.59 118.34 158.89 22.26 161.59 23.20 2.67 0.00 285.38 35.21 -0.9990 0.9999 11 13 20 13 - 7 55 25 3.59 118.80 149.29 22.16 151.78 23.06 2.47 0.00 284.87 35.40 -0.9992 0.9999 12 13 22 42 - 8 10 47 3.60 119.27 139.69 22.06 141.97 22.91 2.27 0.00 284.29 35.59 -0.9993 0.9999 13 13 25 12 - 8 26 7 3.60 119.74 130.10 21.95 132.16 22.75 2.08 0.00 283.62 35.77 -0.9994 0.9999 14 13 27 41 - 8 41 24 3.60 120.20 120.50 21.84 122.35 22.60 1.88 0.00 282.82 35.94 -0.9995 0.9999 15 13 30 11 - 8 56 38 3.60 120.67 110.90 21.73 112.55 22.44 1.68 0.00 281.86 36.11 -0.9996 0.9999 16 13 32 42 - 9 11 49 3.60 121.14 101.31 21.62 102.74 22.28 1.48 0.00 280.67 36.28 -0.9997 0.9999 17 13 35 12 - 9 26 58 3.60 121.61 91.71 21.51 92.93 22.11 1.29 0.00 279.14 36.44 -0.9998 0.9999 18 13 37 43 - 9 42 2 3.60 122.08 82.12 21.39 83.13 21.94 1.09 0.00 277.11 36.59 -0.9999 1.0000 19 13 40 15 - 9 57 4 3.60 122.55 72.52 21.28 73.33 21.77 0.90 0.00 274.26 36.74 -0.9999 1.0000 20 13 42 47 - 10 12 2 3.61 123.02 62.93 21.16 63.52 21.59 0.71 0.00 269.93 36.88 -1.0000 1.0000 21 13 45 19 - 10 26 57 3.61 123.49 53.33 21.04 53.72 21.41 0.52 0.00 262.64 37.02 -1.0000 1.0000 22 13 47 52 - 10 41 47 3.61 123.97 43.74 20.92 43.92 21.23 0.36 0.00 248.38 37.16 -1.0000 1.0000 23 13 50 25 - 10 56 34 3.61 124.44 34.14 20.80 34.12 21.05 0.25 0.00 217.09 37.28 1.0000 1.0000 24 13 52 59 - 11 11 17 3.61 124.91 24.55 20.67 24.33 20.86 -0.28 0.00 172.06 37.41 1.0000 1.0000 25 13 55 33 - 11 25 56 3.61 125.39 14.96 20.55 14.53 20.67 -0.41 0.00 145.56 37.52 1.0000 1.0000 26 13 58 7 - 11 40 30 3.62 125.86 5.36 20.42 4.73 20.48 -0.59 0.00 133.40 37.63 0.9999 1.0000 27 14 0 42 - 11 55 1 3.62 126.34 355.77 20.29 354.94 20.28 -0.78 0.00 126.95 37.74 0.9999 -1.0000 28 14 3 17 - 12 9 26 3.62 126.82 346.18 20.16 345.15 20.08 -0.97 0.00 123.00 37.84 0.9999 -1.0000 29 14 5 53 - 12 23 47 3.62 127.29 336.58 20.03 335.35 19.88 -1.17 0.00 120.34 37.93 0.9998 -1.0000 30 14 8 29 - 12 38 3 3.63 127.77 326.99 19.90 325.56 19.67 -1.36 0.00 118.40 38.02 0.9997 -1.0000 31 14 11 5 - 12 52 15 3.63 128.25 317.40 19.77 315.77 19.46 -1.56 0.00 116.92 38.10 0.9996 -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) ----- 10 ----- 1 *** Ephemeris for Physical Observations of Mars 2006 : 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 14 13 42 - 13 6 21 3.63 128.73 307.81 19.63 305.98 19.25 -1.76 0.00 115.74 38.18 0.9996 -1.0000 2 14 16 20 - 13 20 22 3.63 129.21 298.22 19.49 296.20 19.04 -1.96 0.00 114.76 38.25 0.9994 -1.0000 3 14 18 58 - 13 34 17 3.64 129.69 288.63 19.35 286.41 18.82 -2.16 0.00 113.94 38.32 0.9993 -1.0000 4 14 21 36 - 13 48 7 3.64 130.17 279.03 19.21 276.63 18.60 -2.36 0.00 113.22 38.38 0.9992 -0.9999 5 14 24 15 - 14 1 52 3.64 130.65 269.44 19.07 266.84 18.38 -2.56 0.00 112.59 38.43 0.9991 -0.9999 6 14 26 54 - 14 15 30 3.64 131.13 259.85 18.93 257.06 18.16 -2.76 0.00 112.02 38.48 0.9989 -0.9999 7 14 29 34 - 14 29 3 3.65 131.61 250.26 18.78 247.28 17.93 -2.96 0.00 111.51 38.52 0.9988 -0.9999 8 14 32 15 - 14 42 30 3.65 132.10 240.67 18.64 237.50 17.70 -3.16 0.00 111.03 38.56 0.9986 -0.9999 9 14 34 55 - 14 55 51 3.65 132.58 231.08 18.49 227.72 17.47 -3.36 0.00 110.59 38.59 0.9984 -0.9998 10 14 37 37 - 15 9 6 3.66 133.07 221.49 18.34 217.94 17.23 -3.56 0.00 110.18 38.61 0.9983 -0.9998 11 14 40 19 - 15 22 14 3.66 133.55 211.90 18.19 208.16 16.99 -3.76 0.00 109.78 38.63 0.9981 -0.9998 12 14 43 1 - 15 35 16 3.66 134.04 202.31 18.04 198.38 16.75 -3.96 0.00 109.41 38.64 0.9979 -0.9997 13 14 45 44 - 15 48 11 3.67 134.53 192.72 17.88 188.61 16.51 -4.16 0.00 109.05 38.65 0.9977 -0.9997 14 14 48 27 - 16 0 60 3.67 135.02 183.13 17.73 178.83 16.27 -4.36 0.01 108.70 38.65 0.9974 -0.9997 15 14 51 11 - 16 13 41 3.67 135.50 173.55 17.57 169.06 16.02 -4.56 0.01 108.37 38.65 0.9972 -0.9996 16 14 53 56 - 16 26 15 3.68 135.99 163.96 17.41 159.29 15.77 -4.76 0.01 108.04 38.63 0.9970 -0.9996 17 14 56 41 - 16 38 42 3.68 136.48 154.37 17.25 149.52 15.52 -4.96 0.01 107.72 38.62 0.9967 -0.9995 18 14 59 26 - 16 51 2 3.69 136.97 144.78 17.09 139.75 15.26 -5.16 0.01 107.41 38.59 0.9965 -0.9995 19 15 2 12 - 17 3 14 3.69 137.47 135.19 16.93 129.98 15.01 -5.36 0.01 107.10 38.56 0.9962 -0.9994 20 15 4 59 - 17 15 19 3.69 137.96 125.60 16.77 120.21 14.75 -5.56 0.01 106.80 38.53 0.9959 -0.9994 21 15 7 46 - 17 27 15 3.70 138.45 116.02 16.60 110.44 14.49 -5.76 0.01 106.50 38.48 0.9956 -0.9993 22 15 10 34 - 17 39 4 3.70 138.95 106.43 16.44 100.67 14.22 -5.97 0.01 106.21 38.44 0.9954 -0.9992 23 15 13 22 - 17 50 44 3.71 139.44 96.84 16.27 90.91 13.96 -6.17 0.01 105.91 38.38 0.9951 -0.9991 24 15 16 11 - 18 2 16 3.71 139.94 87.25 16.10 81.14 13.69 -6.37 0.01 105.62 38.32 0.9947 -0.9991 25 15 19 0 - 18 13 40 3.71 140.43 77.67 15.93 71.38 13.42 -6.57 0.01 105.33 38.26 0.9944 -0.9990 26 15 21 50 - 18 24 55 3.72 140.93 68.08 15.76 61.62 13.15 -6.77 0.01 105.04 38.18 0.9941 -0.9989 27 15 24 41 - 18 36 1 3.72 141.43 58.49 15.58 51.86 12.88 -6.97 0.01 104.75 38.11 0.9938 -0.9988 28 15 27 31 - 18 46 58 3.73 141.93 48.91 15.41 42.09 12.60 -7.17 0.01 104.47 38.02 0.9934 -0.9987 29 15 30 23 - 18 57 47 3.73 142.43 39.32 15.23 32.33 12.32 -7.37 0.02 104.18 37.93 0.9931 -0.9986 30 15 33 15 - 19 8 26 3.74 142.93 29.73 15.05 22.57 12.04 -7.57 0.02 103.89 37.83 0.9927 -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) ----- 11 ----- 1 *** Ephemeris for Physical Observations of Mars 2006 : 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 15 36 7 - 19 18 55 3.74 143.43 20.15 14.88 12.82 11.76 -7.77 0.02 103.61 37.73 0.9923 -0.9984 2 15 39 1 - 19 29 15 3.75 143.93 10.56 14.70 3.06 11.48 -7.97 0.02 103.32 37.62 0.9920 -0.9983 3 15 41 54 - 19 39 26 3.75 144.43 0.98 14.52 353.30 11.20 -8.17 0.02 103.03 37.51 0.9916 -0.9982 4 15 44 48 - 19 49 27 3.76 144.93 351.39 14.33 343.54 10.91 -8.37 0.02 102.74 37.39 0.9912 -0.9981 5 15 47 43 - 19 59 18 3.76 145.44 341.80 14.15 333.79 10.62 -8.57 0.02 102.45 37.26 0.9908 -0.9980 6 15 50 38 - 20 8 58 3.77 145.94 332.22 13.96 324.03 10.33 -8.77 0.02 102.16 37.13 0.9904 -0.9979 7 15 53 34 - 20 18 29 3.77 146.45 322.63 13.78 314.28 10.04 -8.97 0.02 101.87 36.99 0.9899 -0.9978 8 15 56 30 - 20 27 49 3.78 146.96 313.05 13.59 304.52 9.75 -9.17 0.02 101.58 36.84 0.9895 -0.9976 9 15 59 27 - 20 36 59 3.78 147.46 303.46 13.40 294.77 9.45 -9.37 0.03 101.29 36.69 0.9891 -0.9975 10 16 2 25 - 20 45 59 3.79 147.97 293.87 13.21 285.01 9.16 -9.57 0.03 101.00 36.53 0.9886 -0.9974 11 16 5 23 - 20 54 47 3.79 148.48 284.29 13.02 275.26 8.86 -9.77 0.03 100.70 36.37 0.9882 -0.9972 12 16 8 21 - 21 3 25 3.80 148.99 274.70 12.83 265.51 8.56 -9.97 0.03 100.41 36.20 0.9877 -0.9971 13 16 11 20 - 21 11 51 3.81 149.50 265.12 12.63 255.76 8.26 -10.16 0.03 100.11 36.03 0.9872 -0.9969 14 16 14 20 - 21 20 7 3.81 150.01 255.53 12.44 246.01 7.96 -10.36 0.03 99.81 35.85 0.9868 -0.9968 15 16 17 20 - 21 28 11 3.82 150.53 245.95 12.24 236.25 7.66 -10.56 0.03 99.51 35.66 0.9863 -0.9966 16 16 20 20 - 21 36 3 3.82 151.04 236.36 12.05 226.50 7.35 -10.76 0.03 99.21 35.47 0.9858 -0.9965 17 16 23 21 - 21 43 44 3.83 151.55 226.77 11.85 216.75 7.05 -10.96 0.03 98.91 35.27 0.9853 -0.9963 18 16 26 23 - 21 51 13 3.84 152.07 217.19 11.65 207.00 6.74 -11.16 0.04 98.60 35.07 0.9848 -0.9962 19 16 29 25 - 21 58 31 3.84 152.58 207.60 11.45 197.25 6.43 -11.36 0.04 98.30 34.86 0.9842 -0.9960 20 16 32 28 - 22 5 36 3.85 153.10 198.02 11.24 187.50 6.12 -11.56 0.04 97.99 34.64 0.9837 -0.9958 21 16 35 31 - 22 12 29 3.86 153.62 188.43 11.04 177.75 5.81 -11.75 0.04 97.68 34.42 0.9832 -0.9956 22 16 38 34 - 22 19 10 3.86 154.14 178.84 10.84 168.00 5.50 -11.95 0.04 97.38 34.19 0.9826 -0.9955 23 16 41 38 - 22 25 38 3.87 154.66 169.26 10.63 158.25 5.19 -12.15 0.04 97.06 33.96 0.9821 -0.9953 24 16 44 43 - 22 31 54 3.87 155.18 159.67 10.42 148.50 4.88 -12.35 0.04 96.75 33.72 0.9815 -0.9951 25 16 47 48 - 22 37 58 3.88 155.70 150.08 10.22 138.75 4.57 -12.54 0.05 96.44 33.48 0.9809 -0.9949 26 16 50 53 - 22 43 48 3.89 156.22 140.50 10.01 129.00 4.25 -12.74 0.05 96.13 33.23 0.9803 -0.9947 27 16 53 59 - 22 49 26 3.90 156.74 130.91 9.80 119.25 3.94 -12.94 0.05 95.81 32.98 0.9797 -0.9945 28 16 57 5 - 22 54 51 3.90 157.27 121.32 9.59 109.50 3.62 -13.13 0.05 95.50 32.72 0.9791 -0.9944 29 17 0 12 - 23 0 2 3.91 157.79 111.74 9.38 99.75 3.30 -13.33 0.05 95.18 32.45 0.9785 -0.9942 30 17 3 19 - 23 5 0 3.92 158.32 102.15 9.16 90.00 2.99 -13.53 0.05 94.86 32.19 0.9779 -0.9940 31 17 6 26 - 23 9 45 3.92 158.85 92.56 8.95 80.25 2.67 -13.72 0.06 94.54 31.91 0.9773 -0.9938 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