MER-2 "Opportunity"

[В А Д И М]

MeHR /\u4Ho nopa>kaeT ux Hage>kHocTb...

TaM Begb cyw,ecTBeHHbIu' paguau,uoHHbIu' u3Hoc g/\R e/\ekTpoHuku...
Cyw,ecTBeHHbIu' BakyyM u xo/\og g/\R cMa3ku...
n/\i0c nbI/\b Ha Bce"....

A Bce ew,e gBu>kyTcR 4epTu.... :!:

съемки этого бесконечного сериала уложились в три месяца в Аризоне  

[ronatu]

MeHR /\u4Ho nopa>kaeT ux Hage>kHocTb...

TaM Begb cyw,ecTBeHHbIu' paguau,uoHHbIu' u3Hoc g/\R e/\ekTpoHuku...
Cyw,ecTBeHHbIu' BakyyM u xo/\og g/\R cMa3ku...
n/\i0c nbI/\b Ha Bce"....

A Bce ew,e gBu>kyTcR 4epTu.... :!:

съемки этого бесконечного сериала уложились в три месяца в Аризоне  

Pa3pewuTe MHe nepekpacuTb.... :wink:  :wink:

[В А Д И М]

Pa3pewuTe MHe nepekpacuTb.... :wink:  :wink:

Не разрешаю! Требую вернуть небу Марса его превосходный тёмно-синий цвет  

[ronatu]

Da/\eko....

[ronatu]

http://www.unmannedspaceflight.com/index.php?act=attach&type=post&id=18038

[KBOB]

Da/\eko....

Окаменевшее море, остров на горизонте[/size]

[ronatu]

http://qt.exploratorium.edu/mars/opportunity/pancam/2009-05-09/1P295173351ESFA0%23%23P2568L5M1.JPG
Da/\eko....

Окаменевшее море, остров на горизонте[/size]

BbICOXWEE... :cry:

[KBOB]

http://qt.exploratorium.edu/mars/opportunity/pancam/2009-05-09/1P295173351ESFA0%23%23P2568L5M1.JPG
Da/\eko....

Окаменевшее море, остров на горизонте[/size]

BbICOXWEE... :cry:

Море окаменело в одно мгновение, видите окаменевшие волны, представляете откуда ветер дул.

[pkl]

Tak y Hux Ko/\ec HeT, nogBecku HeT, MaHuny/\RTopoB HeT, Fpe3 HeT, Co/\He4HbIx 6aTapeu' HeT...

4ero 6a/\geTb To??? :shock:

От дозы. В смысле, от дозы радиации, полученной ими ещё у Юпитера!

[Бродяга]

Pa3pewuTe MHe nepekpacuTb.... :wink:  :wink:

Не разрешаю! Требую вернуть небу Марса его превосходный тёмно-синий цвет  

В А Д И М вы галоперидольчику глотните, а когда глотнёте подумайте над таким обстоятельством. — На Марсе тяготение меньше и плотность атмосферы меняется медленнее, чем на Земле.
 Как выглядит  небо при такой структуре атмосферы сказать вообще невозможно, особенно учитывая наличие пыли.

[KBOB]

http://www.universetoday.com/2009/05/22/opportunity-reveals-long-time-water-winds-at-victoria/

Оппортунити обнаружил что в кратере Виктории долгое время была вода.


Bedrock - коренная, подстилающая порода.
Fractured in place - раздробленная порода.
Pre-impact surface - предударная поверхность рельефа.
Impact breccia - импактная брекчия. Брекчия (итал. breccia) — горная порода, сложенная из угловатых обломков (размерами от 1 см и более) и сцементированная.

Imaging the crater's rim and interior, Opportunity inspected layers in the cliffs around the crater, including layered stacks more than 10 meters (30 feet) thick. Distinctive patterns indicate the rocks formed from shifting dunes that later hardened into sandstone, according to Squyres and 33 co-authors.

Ровер исследовал обрыв кратера Виктория где нашел, что верхний 10м слой образованн из дюн  спресованных в песчаник.

In all three craters, Eagle, Endurance and Victoria, the round, iron-rich spherules — BB-like structures — which the scientists nicknamed "blueberries," were found embedded in the rock. The scientists have concluded that these were created from mineral deposits emerging from a watery solution inside the rock. The spherules in rocks deeper in the crater are larger than those in overlying layers, suggesting the action of groundwater was more intense at greater depth.

Во всех трех кратерах Eagle, Endurance and Victoria были найдены округлые образования напоминающие ягоды черники, которые по мнению ученых образовались под воздействием воды просачивающейся сквозь грунт.  Найденные сферические образовния чаще встречаются в глубоких слоях и имеют там больший размер.

Opportunity's first observations showed interaction of volcanic rock with acidic water to produce sulfate salts. Dry sand rich in these salts blew into dunes. Under the influence of water, the dunes hardened to sandstone. Further alteration by water produced the iron-rich spherules, mineral changes and angular pores left when crystals dissolved away.

[byran]

16 километр проехал

[В А Д И М]

Pa3pewuTe MHe nepekpacuTb.... :wink:  :wink:

Не разрешаю! Требую вернуть небу Марса его превосходный тёмно-синий цвет  

В А Д И М вы галоперидольчику глотните, а когда глотнёте подумайте над таким обстоятельством. — На Марсе тяготение меньше и плотность атмосферы меняется медленнее, чем на Земле.

Бродяга, мне кажется, что вы злоупотребляете лекарствами. Закрывайте свою аптечку и дышите ровно  

 

Как выглядит  небо при такой структуре атмосферы сказать вообще невозможно, особенно учитывая наличие пыли.  

а вы чаще протирайте монитор...    и желательно без спирта... :wink:

[ronatu]

http://www.unmannedspaceflight.com/index.php?act=attach&type=post&id=18200

[ronatu]

http://crism-map.jhuapl.edu/details.php?data=frt_webmap_polygons&shape=3743&x=-5.261&y=-2.388585

https://img.novosti-kosmonavtiki.ru/8168.png

[ronatu]

http://crism-map.jhuapl.edu/details.php?data=frt_webmap_polygons&shape=3743&x=-5.261&y=-2.388585




Interpreting the Browse Products
CRISM browse products are intended to provide a high-level overview of the contents of calibrated image data, and are not meant for quantitative analysis or to be interpreted with an awareness of possible false detections due to illumination or instrumental effects. However, every effort was made in the construction of the browse products to preserve useful information and the dynamic range of the original calibrated data. In addition, the mapping information specified with the map/stretch information for each product is sufficient to register the browse images with other data sets. Typically registration errors are about 200 m or less.

Two versions of the data provide an overview of surface brightness. vnir_rgb is enhanced color over the visible range, and ir_ira is brightness at a wavelength near 1330 nm.

Compositional information on the surface is concentrated in four of the browse products (vnir_fem, ir_maf, ir_phy, and ir_hyd). Not all of the sites exhibit spectral evidence for mineralogical diversity. If a location is covered in dust, it appears red in vnir_fem and bland in the other products. Sites with diversity in igneous mineralogy will appear interesting in ir_maf. Sites with minerals formed by interaction of crustal rocks with liquid water will appear interesting in ir_phy and ir_hyd.

Sites that have water ice on the surface or as clouds will appear pink, yellow or green in ir_ice, whereas those with carbon dioxide frost on the surface will appear bluish.

In addition to those caveats, many of the parameters in the latter four browse products have dependencies on solar incidence angle, surface slopes, atmospheric conditions, detector artifacts, and response to phases other than what the products were intended to show. For example, ir_phy and ir_hyd can have bluish colors due to spectral effects of water ice, either as surface frosts or atmospheric hazes. Illumination geometry or atmospheric dust and ice hazes can create artifacts in vnir_fem, ir_maf, ir_phy, and ir_hyd. ir_phy is particularly susceptible to detector artifacts.

An excellent reference describing the parameters used in constructing vnir_fem, ir_maf, ir_phy, ir_hyd, and ir_ice is:

Pelkey, S. M., J. F. Mustard, S. Murchie, R. T. Clancy, M. Wolff, M. Smith, R. Milliken, J.-P. Bibring, A. Gendrin, F. Poulet, Y. Langevin, and B. Gondet, CRISM multispectral summary products: Parameterizing mineral diversity on Mars from reflectance, J. Geophys. Res., 112, E08S14, doi:10.1029/2006JE002831, 2007.

[Salo]

New Scientist Space: Rusty space rocks could signal Mars water

Opportunity rover found this 6-centimetre-wide rock, called Santorini, about 800 metres south of Victoria Crater. Its composition resembles that of a handful of other rocks spotted in the vicinity, suggesting they may all be part of the impactor that gouged out the crater (False-colour image: NASA/JPL-Caltech/C. Schr

[ronatu]

http://www.unmannedspaceflight.com/index.php?act=attach&type=post&id=18295

[ronatu]

http://www.unmannedspaceflight.com/index.php?act=attach&type=post&id=18312


nyTu rocnogHu... :wink:

[ronatu]

Credit: NASA/JPL/University of Arizona

The image was taken during the afternoon of Opportunity's 1783rd sol (Mars day) on the Red Planet. Opportunity had driven 130 m on the previous sol; wheel tracks are visible crossing dark ripples to the upper right of the rover. The ripples, which trend mostly north-south in this area, can be easily crossed by the rover unless they are very large (such as those right of center).