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Inizio > MARS > From Ashes to Eternity: the Phoenix Mars Mission

Piú votate - From Ashes to Eternity: the Phoenix Mars Mission
PHOE-SOL113-MF.jpg
PHOE-SOL113-MF.jpgUnder the Lander... - Sol 113 (false colors; credits: Dr M. Faccin)78 visitenessun commento12 commentiMareKromium55555
(1 voti)
PHOE-SOL110-lg31792-31793-31794-2.jpg
PHOE-SOL110-lg31792-31793-31794-2.jpgMicroscopic Vastitas - Sol 110 (Superdefinition and True Colors; credits: Dr G. Barca & Lunexit)59 visitenessun commentoMareKromium55555
(1 voti)
PHOE-SOL110-lg31889-31890-31891-2.jpg
PHOE-SOL110-lg31889-31890-31891-2.jpgMicroscopic Vastitas - Sol 110 (Superdefinition and True Colors; credits: Dr G. Barca & Lunexit)70 visitenessun commentoMareKromium55555
(1 voti)
PHOE-SOL110-MF-LXT.jpg
PHOE-SOL110-MF-LXT.jpgMicroscopic Vastitas - Sol 110 (Superdefinition and True Colors; credits: Dr M. Faccin & Lunexit)63 visitenessun commentoMareKromium55555
(1 voti)
PHOE-SOL097-PIA11074.jpg
PHOE-SOL097-PIA11074.jpgDOES "NASA" READ US? - Sol 9756 visite...O forse siamo soltanto "bravi"?!? I "granuli" che il Dr Faccin per primo - e praticamente da subito - aveva notato essere presenti su una delle zampe del Lander, adesso - e SOLO dopo 97 Soles... - sono stati notati anche dalla NASA la quale, pochi giorni dopo una delle nostre usuali pubblicazioni che esprimono dubbi e curiosità, interviene pesantemente su queste features dedicandogli un frame e qualche parola sul Planetary Photojournal.

Coincidenza (l'ennesima)? Causualità (l'ennesima)? Fortuna (si, certo, come no...)? La risposta è ardua. O forse no.
La risposta è semplicissima e, a parere ci chi scrive, potrebbe essere "nascosta" nella nostra stessa "Lista Utenti".
E comunque sia, c'è di che essere fieri!

Caption NASA:"The Robotic Arm Camera on NASA's Phoenix Mars Lander took this image on Sept. 1, 2008, at about 04:00 M.L.T., during the 97th Martian Day, or Sol, since landing.
The view underneath the Lander shows growth of the clumps adhering to leg strut (upper left) compared with what was present when a similar image was taken about three months earlier (see PIA10759).
The view in this Sol 97 image is southward. Illumination is from the early morning Sun above the North-Eastern horizon. This is quite different from the illumination in the Sol 8 image, which was taken in mid-afternoon.
The science team has discussed various possible explanations for these clumps.
One suggestion is that they may have started from a splash of mud if Phoenix's descent engines melted icy soil during the landing.
Another is that specks of salt may have landed on the strut and began attracting atmospheric moisture that freezes and accumulates.
The clumps are concentrated on the north side of the strut, usually in the shade, so their accumulation could be a consequence of the fact that condensation favors colder surfaces.
In this image, compared with the one from three months earlier, the flat, smooth patches of ice exposed underneath the lander seem to be partly covered by darker material left behind as ice vaporizes away.
The flat patch in the center of the image has the informal name "Holy Cow", based on researchers' reaction when they saw the initial image of it".

Nota Lunexit: "Holy Cow", tradotto in Italiano, significa "Caspita!!!"
3 commentiMareKromium55555
(1 voti)
PHOE-SOL099-PIA11073.jpg
PHOE-SOL099-PIA11073.jpgPhoenix Conductivity Probe after Extraction - Sol 99 (natural colors; credits: NASA)84 visiteCaption NASA:"NASA's Phoenix Mars Lander inserted the 4 needles of its Thermal and Conductivity Probe into Martian soil during the 98th Sol of the mission and left it in place until Sol 99 (Sept. 4, 2008).
The Surface Stereo Imager on Phoenix took this image on the morning of Sol 99 after the probe was lifted away from the soil. This imaging served as a check of whether soil had stuck to the needles.
The Thermal and Conductivity Probe measures how fast heat and electricity move from one needle to an adjacent one through the soil or air between the needles. Conductivity readings can be indicators about water vapor, water ice and liquid water.

The probe is part of Phoenix's Microscopy, Electrochemistry and Conductivity suite of instruments".
MareKromium55555
(1 voti)
PHOE-SOL099-lg27005-27006-27007.jpg
PHOE-SOL099-lg27005-27006-27007.jpgA "Scoop" of Vastitas - Sol 99 (Superdefinition and natural colors; credits: Dr G. Barca)60 visitenessun commentoMareKromium55555
(1 voti)
PHOE-SOL097-RC-MF.jpg
PHOE-SOL097-RC-MF.jpgMelting or Sublimating? - Sol 97 (natural colors; credits: Dr M. Faccin)83 visitenessun commentoMareKromium55555
(1 voti)
PHOE-SOL016-lg_4865.jpg
PHOE-SOL016-lg_4865.jpgVastitas Borealis - Sol 16 (credits: NASA/Univ. of Arizona)62 visiteIl "tristissimo" (e, onestamente parlando, pure piuttosto scialbo) commento scritto per questo frame nella (di solito eccellente) Rubrica "NASA - Picture of the Day" il giorno 15 Giugno 2008:"What's a good recipe for preparing Martian soil? Start by filling your robot's scoop a bit less than half way. Next, dump your Martian soil into one of your TEGA ovens, being sure to watch out for clumping. Then, slowly increase the temperature to over 1000° Celsius over several days. Keep checking to see when your soil becomes vaporized. Finally, your Martian soil is not ready for eating, but rather sniffing. The above technique is being used by the Phoenix Lander that arrived on Mars 3 weeks ago. Data from the first batch of baked soil should be available in a few days. Pictured above, a circular array of the Phoenix Lander's solar panels are visible on the left, while a scoop partly filled with Martian soil is visible on the right. The robotic Phoenix Lander will spend much of the next 3 months digging, scooping, baking, sniffing, zapping, dissolving, and magnifying bits of Mars to help neighboring Earthlings learn more about the hydrologic and biologic possibilities of the sometimes mysterious red planet".

Una "perla" NASA che, forse, Vi è sfuggita: nella riga finale "...hydrologic and biologic possibilities of the SOMETIMES mysterious Red Planet...". Cioè il Pianeta Rosso è misterioso solo TALVOLTA (sometimes)?!? E se lo è "TALVOLTA", di regola che cos'è? E QUANDO Marte DIVENTA "misterioso"?

D'accordo, noi saremo anche pignoli, ma alla NASA - visto e considerato che queste righe le scrive un "Professional Astronomer" - o sono diventati completamente sibillini oppure sono proprio insipidi e saccenti (ed è difficile dire quale scenario sarebbe il peggiore...).

Nota: tra le fotografie di Marte con colori "taroccati" in favore della banda del giallo/arancio, questa è davvero una delle più brutte e palesemente falsificate.
MareKromium55555
(1 voti)
PHOE-SOL013-lg_3360.jpg
PHOE-SOL013-lg_3360.jpgEmpty "Scoop" and "Signs" of Humidity? - Sol 13 (Superdefinition + MULTISPECTRUM; credits: Dr M. Faccin & Lunexit)62 visitenessun commento8 commentiMareKromium55555
(1 voti)
PHOE-SOL012-lg_3352-A.jpg
PHOE-SOL012-lg_3352-A.jpgThe Lander and the Surface - Sol 12 (Appproximate Colors; credits: NASA/JPL-Caltech)56 visiteCaption NASA:"This image shows a view from NASA's Phoenix Mars Lander's Stereo Surface Imager's left eye after delivery of soil to the Thermal and Evolved-Gas Analyzer (TEGA), taken on the 12th Martian Day after landing (Sol 12, June 6, 2008).
Soil is visible on both sides of the open doors of TEGA's #4 oven. Sensors inside the device indicate no soil passed through the screen and into the oven".
MareKromium55555
(1 voti)
PHOE-SOL012-lg_3352-B.jpg
PHOE-SOL012-lg_3352-B.jpgThe Lander and the Surface - Sol 12 (MULTISPECTRUM; credits: Lunexit)94 visitenessun commentoMareKromium55555
(1 voti)
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