Virtual moon atlas apollo landing sites
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You can see samples in plain polarized light, color and reflected light as well as zoom in (and out) and look at selected regions in plain and crossed polars. It is anticipated that by the 50th Anniversary of the Apollo 11 landing, all of the lunar rock’s thin sections will be scanned. To date, the Virtual Microscope imagining project has completed all of the samples (287 separate thin sections) from the Apollo 11, 12, 14 and 15 missions and posted their images at: Work is underway on the Apollo 16 mission samples.
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The project is making all Apollo thin sections available to anyone who has a Mac/PC/tablet/smartphone into a geological microscope and explore the Moon. Windows 2000/XP/Vista/7 Mac OS X with version 10.4 Tiger or higher with an Intel processor. Gibson (Emeritus Senior Scientist) has worked with the Curatorial Staff at NASA JSC in selecting the thin sections for scanning and Simon Kelley and Andy Tindle of the Open University have worked on scanning and presenting the samples on the website.
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The Open University has pioneered production of virtual microscope images of a wide variety of geologic samples. LROs orbital imagery and photos taken in situ by the Apollo astronauts will serve to illuminate our ramblings from one Apollo site to the next. The Open University is one of SSERVI’s international partners the project is a cooperative project between NASA JSC Lunar Curatorial Office and the Open University in the UK. The Europlanet Meteorites Collection and the British & Irish Meteorites Collections are also presented on the site. Answer (1 of 5): Dave Mohr’s answer is exactly correct, so I will only add this, that recon for the landings was performed by three lunar orbiters starting in 1966. To celebrate this historic occasion, NASA and Google announced the launch of the Moon in Google Earth, an interactive, 3D atlas of the moon, viewable with Google Earth 5.0. In addition to lunar samples, some of the shergottite, nakhlite, and chassigny classes (SNCs) of meteorites, and a wide range of other meteorites can be found on the Open University’s Virtual Microscope website. (Click image to enlarge) Forty years ago on July 20, 1969, the world watched as the crew of Apollo 11 took the first steps on the surface of the moon. The Apollo Virtual Microscope is work in progress and over the next three years they will digitize ~500 Apollo Moon rock thin sections.
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The virtual microscope (VM) allows users to study the mineral optical properties, grain size, shape and proportion, and also analyze rock micro textures as if using a specialist polarizing microscope.