| Ultimi arrivi - The "Metric" frames: the Mapping (HR Frames) |
APOLLO_16_AS_16-M-R28-0997.jpgAS 16-M-R28-0997 - Davy and Davy "Y" Crater Region55 visiteCoord.: 9,3° South Lat. and 10,6° West Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 110 Km
Sun Elevation (on local horizon): 1°MareKromiumNov 22, 2006
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APOLLO_16_AS_16-M-R04-0020.jpgAS 16-M-R04-0020 - Valier Crater54 visiteCoord.: 7,9° North Lat. and 174° East Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 96 Km
Sun Elevation (on local horizon): 18°MareKromiumNov 22, 2006
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APOLLO_16_AS_16-M-R04-0023.jpgAS 16-M-R04-0023 - Dufay and Valier Crater Region55 visiteCoord.: 7,5° North Lat. and 171° East Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 94 Km
Sun Elevation (on local horizon): 21° MareKromiumNov 22, 2006
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APOLLO_15_AS_15-M-R34-1309.jpgAS 15-M-R34-1309 - The illuminated peak and rim of Barbier Crater54 visiteCoord.: 25° South Lat. and 155° East Long.
Lens Focal Length: 3"
Camera Tilt: 25°
Camera Azimuth: 85
Camera Altitude: 112 Km
Sun Elevation (on local horizon): - 4°
Nota: qualcuno si potrebbe chiedere come mai, con elevazione del Sole (sull'orizzonte locale) ancora negativa - ergo con Sole non ancora sorto -, già si vede che il picco centrale e parte del bordo del Barbier Crater sono illuminati. Interrogativo legittimo, risposta necessaria: perchè l'elevazione del Sole (sull'orizzonte locale) viene calcolata con riferimento al "datum lunare", e cioè l'altitudine "0".
E' evidente che, in caso di rilievi particolarmente elevati (come quelli che appaiono nel caso di specie), può essere ancora notte al "datum", ma già giorno su un picco o nei pressi della sommità di un rilievo comunque prominente.MareKromiumNov 22, 2006
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APOLLO_15_AS_15-M-R34-1428.jpgAS 15-M-R34-1428 - Archimedes "A"57 visiteCoord.: 26° North Lat. and 7,5° West Long.
Lens Focal Length: 3"
Camera Tilt: 25°
Camera Azimuth: 95
Camera Altitude: 103 Km
Sun Elevation (on local horizon): 20° MareKromiumNov 22, 2006
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APOLLO_17_AS_17-M-R23-0671.jpgAS 17-M-R23-0671 - De Vries Crater55 visiteCoord.: 19,5° South Lat. and 176,9° West Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 118 Km
Sun Elevation (on local horizon): 4°MareKromiumNov 21, 2006
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APOLLO_17_AS_17-M-R26-0828.jpgAS 17-M-R26-0828 - Racah Crater58 visiteCoord.: 16,5° South Lat. and 180° West Long.
Lens Focal Length: 3"
Camera Tilt: 40°
Camera Azimuth: 7
Camera Altitude: 118 Km
Sun Elevation (on local horizon): 3° MareKromiumNov 21, 2006
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APOLLO_15_AS_15-M-R16-0284.jpgAS 15-M-R16-0284 - East side of Paracelsus Crater54 visiteCoord.: 24,5° South Lat. and 162,5° East Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 116 Km
Sun Elevation (on local horizon): 5°MareKromiumNov 21, 2006
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APOLLO_15_AS_15-M-R16-0424.jpgAS 15-M-R16-0424 - Archimedes "F" Crater54 visiteCoord.: 25,5° North Lat. and 10° West Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 99 Km
Sun Elevation (on local horizon): 2° MareKromiumNov 21, 2006
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APOLLO_17_AS_17-M-STE-3183.jpgAS 17-M-STE-3183 - Good-bye Moon!54 visiteImage Collection: Mapping (Metric)
Revolution: TE (Trans Earth Cruise)
Coord. (Center of the Moon): 5,1° South Lat. and 117,9° East Long.
Lens Focal Length: 3"MareKromiumNov 21, 2006
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APOLLO_17_AS_17-M-STE-3205.jpgAS 17-M-STE-3205 - Good-bye Moon!55 visiteImage Collection: Mapping (Metric)
Revolution: TE (Trans Earth Cruise)
Coord. (Center of the Moon): 16° North Lat. and 91,5° East Long.
Lens Focal Length: 3"MareKromiumNov 21, 2006
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APOLLO_17_AS_17-M-R38-1691.jpgAS 17-M-R38-1691 - Aitken Basin54 visiteCoord.: 19,1° South Lat. and 168,8° East Long.
Lens Focal Length: 3"
Camera Tilt: VERT
Camera Altitude: 119 Km
Sun Elevation (on local horizon): 3°
MareKromiumNov 21, 2006
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