• Subscribe
  • News
  • Astronautics
  • Science
  • Environment
  • Security
  • Specials
  • Opinion
  • Lounge
  • Reviews
  • Quick subscription
  • Board
  • Team
  • Advertising
  • Contributors
  • Industry
  • Foreword
  • Partners
  • Log in
  • Subscribe
  • Log in
  • Home
  • News
  • Astronautics
  • Science
  • Environment
  • Security
  • Specials
  • Opinion
  • Lounge
  • Reviews

Articles tagged: meteorites

  • exoplanet atmospheres, HAT-P-11 b, HAT-P-26 b, late gas disks, TRAPPIST-1 06 April 2020 Planets can form second atmospheres rich in CO, new study shows

    ... is a more favourable and efficient method for accreting volatiles on a terrestrial planet than if it was bombarded my comets and meteorites, say the team - a situation that many think was responsible for delivering large amounts of water and...

    • exoplanet atmospheres
    • HAT-P-11 b
    • HAT-P-26 b
    • late gas disks
    • TRAPPIST-1
  • International Space Station, NASA, roscosmos, soyuz, Soyuz MS-16 21 August 2020 A small air leak has been found on the International Space Station, says NASA

    ... station. The 2 millimetre hole in the Soyuz hull was eventually attributed to human error rather than a micro-meteorite impact, although a final determination of the cause was never publicly made. The method for sealing the...

    • International Space Station
    • NASA
    • roscosmos
    • soyuz
    • Soyuz MS-16
  • hot water vapour, IRAS 16547-4247, massive star formation, National Astronomical Observatory of Japan, sodium chloride 25 September 2020 Salty water vapour provides clues to massive star formation

    ... compounds, released by the destruction of dust particles in a hot and dynamic disk, aligns well with investigations into meteorites which also indicates that the proto-Solar System disk experienced high temperatures causing dust particles...

    • hot water vapour
    • IRAS 16547-4247
    • massive star formation
    • National Astronomical Observatory of Japan
    • sodium chloride
  • lunar exploration, NASA's Lunar Reconnaissance Orbiter, Stratospheric Observatory for Infrared Astronomy (SOFIA), water 26 October 2020 Scientists detect molecular water and cold ‘water traps’ on the Moon

    ... and may be more widely distributed than thought. They also state that as water is lost easily to micro-meteorite impacts and the breakdown of H2O molecules by ultraviolet light, the detection of water within the micro cold...

    • lunar exploration
    • NASA's Lunar Reconnaissance Orbiter
    • Stratospheric Observatory for Infrared Astronomy (SOFIA)
    • water
  • mars, Moon formation, olivine, Trojans 06 November 2020 The Moon could have a long-lost "twin" in orbit around Mars

    ... Apostolos and team, there is a chance that 101429 is just another asteroid, similar perhaps to ordinary chondrite meteorites, that became lunar-like in composition through millions or billions of years of space weathering. Alternatively, the object...

    • mars
    • Moon formation
    • olivine
    • Trojans
  • 25143 Itokawa, Hayabusa, Hayabusa-2, life on Earth, organic material 05 March 2021 For the first time, organic materials essential for life have been found on the surface of an asteroid

    ...asteroids. This is because S-type (stony) asteroids, the type which gives rise to the most popular type of meteorite found on Earth – chondrites – typically have low organic contents. As such, studying the organic make-up of chondrites is challenging...

    • 25143 Itokawa
    • Hayabusa
    • Hayabusa-2
    • life on Earth
    • organic material
    • «
    • 7
    • 8
    • 9
    • 10
    • 11
    • 12
    • 13
    • 14
    • 15
    • 16
    • »

ROOM Space Journal Trends

Room Space

astronomy magazine

air and space magazine

air space magazine

air and space magazine subscription

air and space smithsonian magazine

airplane magazine

all about space

air & space magazine subscription

astronomy magazines list

  • Home
  • Board
  • Team
  • Vacancies
  • Advertising
  • Contributors
  • Foreword
  • Partners
  • Contents
  • Archives
  • Reviews
  • Submit an article
  • Terms of Service
  • Privacy Policy
  • Cookie Notice
  • Imprint
  • Quick subscription
  • Submit an article
  • Terms of Service
  • Privacy Policy
  • Cookie Notice
  • Imprint
  • ROOM, Space Magazine Cover
  • Contact us: subscription@room.eu.com
  • Phone: +44 7977 469 741
  • Follow us:
© 2014 - 2025 Copyright beta version "Room The Space Journal of Asgardia". ISSN 2412 - 4311. All Rights reserved