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The Mars monolith as seen from orbit. The Mars monolith is a rectangular object, possibly a boulder, discovered on the surface of Mars. [1] [2] The Mars Reconnaissance Orbiter took pictures of it from orbit, roughly 180 miles (300 km) away. [1] The HiRISE camera that was used to photograph the monolith has a resolution of approximately 1 foot ...
The Phobos monolith (right of center, casting long shadow) as taken by the Mars Global Surveyor (MOC Image 55103, 1998). The location of the monolith (HiRISE image PIA10368) The Phobos monolith is a large rock on the surface of Mars' moon Phobos. [1] It is a boulder, about 85 m (279 ft) across and 90 m (300 ft) tall.
This system can make some images with focus stacking processing. [2] MAHLI can store either the raw images or do real-time lossless predictive or JPEG compression. [2] The calibration target for MAHLI includes color references, a metric bar graphic, a 1909 VDB Lincoln penny, and a stairstep pattern for depth calibration. [3]
There's no Google Earth for Mars — no way to zoom in for a closer look at your Martian neighbors' new deck or pickup truck — but Caltech scientists have spent six years composing a 3D image of ...
Mastcam-Z's Color Calibration Targets (lower right) as seen on Mars. In order to accurately represent and analyze images of the martian surface, the Perseverance rover carries two swatches of known colors. Mastcam-Z frequently images these calibration targets to gauge the proper color balance and reflectance properties of its targets. [7]
The Phobos monolith (right of center) as taken by the Mars Global Surveyor (MOC Image 55103, 1998) In 2007, the Canadian Space Agency funded a study by Optech and the Mars Institute for an uncrewed mission to Phobos known as Phobos Reconnaissance and International Mars Exploration (PRIME).
HiRISE discovered a carbon dioxide avalanche on Mars reminding us that the red planet is a dynamic environment.
(For comparison purposes, satellite images on Google Mars are available to 1 meter. [21]) It can image in three color bands, 400–600 nm (blue–green or B–G), 550–850 nm and 800–1,000 nm (near infrared or NIR). [22] HiRISE incorporates a 0.5-meter primary mirror, the largest optical telescope ever sent beyond Earth's orbit.
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