Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890853127> ?p ?o ?g. }
- W2890853127 endingPage "7256" @default.
- W2890853127 startingPage "7241" @default.
- W2890853127 abstract "Using data from the National Aeronautics and Space Administration Mars Atmosphere and Voltatile EvolutioN and the European Space Agency Mars Express spacecraft, we show that transient phenomena in the foreshock and solar wind can directly inject energy into the ionosphere of Mars. We demonstrate that the impact of compressive ultralow frequency waves in the solar wind on the induced magnetospheres drive compressional, linearly polarized, magnetosonic ultralow frequency waves in the ionosphere, and a localized electromagnetic ringing at the local proton gyrofrequency. The pulsations heat and energize ionospheric plasmas. A preliminary survey of events shows that no special upstream conditions are required in the interplanetary magnetic field or solar wind. Elevated ion densities and temperatures in the solar wind near to Mars are consistent with the presence of an additional population of Martian ions, leading to ion-ion instablities, associated wave-particle interactions, and heating of the solar wind. The phenomenon was found to be seasonal, occurring when Mars is near perihelion. Finally, we present simultaneous multipoint observations of the phenomenon, with the Mars Express observing the waves upstream, and Mars Atmosphere and Voltatile EvolutioN observing the response in the ionosphere. When these new observations are combined with decades of previous studies, they collectively provide strong evidence for a previously undemonstrated atmospheric loss process at unmagnetized planets: ionospheric escape driven by the direct impact of transient phenomena from the foreshock and solar wind." @default.
- W2890853127 created "2018-09-27" @default.
- W2890853127 creator A5000627540 @default.
- W2890853127 creator A5001694122 @default.
- W2890853127 creator A5005826888 @default.
- W2890853127 creator A5011013506 @default.
- W2890853127 creator A5013084450 @default.
- W2890853127 creator A5034778119 @default.
- W2890853127 creator A5038471285 @default.
- W2890853127 creator A5040594674 @default.
- W2890853127 creator A5053182590 @default.
- W2890853127 creator A5058926024 @default.
- W2890853127 creator A5067990688 @default.
- W2890853127 creator A5072674162 @default.
- W2890853127 creator A5073704868 @default.
- W2890853127 creator A5081742073 @default.
- W2890853127 creator A5086203372 @default.
- W2890853127 date "2018-09-01" @default.
- W2890853127 modified "2023-10-15" @default.
- W2890853127 title "Solar Wind Induced Waves in the Skies of Mars: Ionospheric Compression, Energization, and Escape Resulting From the Impact of Ultralow Frequency Magnetosonic Waves Generated Upstream of the Martian Bow Shock" @default.
- W2890853127 cites W1540653789 @default.
- W2890853127 cites W1747679066 @default.
- W2890853127 cites W1771710858 @default.
- W2890853127 cites W1955131333 @default.
- W2890853127 cites W1964938880 @default.
- W2890853127 cites W1966921113 @default.
- W2890853127 cites W1967119169 @default.
- W2890853127 cites W1975589425 @default.
- W2890853127 cites W1976041851 @default.
- W2890853127 cites W1976782134 @default.
- W2890853127 cites W1977811918 @default.
- W2890853127 cites W1981216752 @default.
- W2890853127 cites W1982413922 @default.
- W2890853127 cites W1985885469 @default.
- W2890853127 cites W1986294342 @default.
- W2890853127 cites W1988838577 @default.
- W2890853127 cites W1989128464 @default.
- W2890853127 cites W1990249018 @default.
- W2890853127 cites W1991543076 @default.
- W2890853127 cites W1992819506 @default.
- W2890853127 cites W1994832107 @default.
- W2890853127 cites W1998873747 @default.
- W2890853127 cites W1999637692 @default.
- W2890853127 cites W2004341389 @default.
- W2890853127 cites W2004460987 @default.
- W2890853127 cites W2007285890 @default.
- W2890853127 cites W2009245137 @default.
- W2890853127 cites W2011256216 @default.
- W2890853127 cites W2031147987 @default.
- W2890853127 cites W2032858783 @default.
- W2890853127 cites W2034139177 @default.
- W2890853127 cites W2036311092 @default.
- W2890853127 cites W2039377617 @default.
- W2890853127 cites W2041239280 @default.
- W2890853127 cites W2041790123 @default.
- W2890853127 cites W2044988494 @default.
- W2890853127 cites W2045483269 @default.
- W2890853127 cites W2046873983 @default.
- W2890853127 cites W2049672788 @default.
- W2890853127 cites W2053990723 @default.
- W2890853127 cites W2056765069 @default.
- W2890853127 cites W2061345155 @default.
- W2890853127 cites W2062001545 @default.
- W2890853127 cites W2062455104 @default.
- W2890853127 cites W2068416804 @default.
- W2890853127 cites W2072527618 @default.
- W2890853127 cites W2074981741 @default.
- W2890853127 cites W2076070112 @default.
- W2890853127 cites W2077848539 @default.
- W2890853127 cites W2082857638 @default.
- W2890853127 cites W2087878727 @default.
- W2890853127 cites W2091596285 @default.
- W2890853127 cites W2100308498 @default.
- W2890853127 cites W2103793076 @default.
- W2890853127 cites W2111794060 @default.
- W2890853127 cites W2121342954 @default.
- W2890853127 cites W2123460989 @default.
- W2890853127 cites W2128027139 @default.
- W2890853127 cites W2129986934 @default.
- W2890853127 cites W2136634462 @default.
- W2890853127 cites W2137977126 @default.
- W2890853127 cites W2143650434 @default.
- W2890853127 cites W2145258266 @default.
- W2890853127 cites W2150147734 @default.
- W2890853127 cites W2154752715 @default.
- W2890853127 cites W2154872067 @default.
- W2890853127 cites W2154919529 @default.
- W2890853127 cites W2157662959 @default.
- W2890853127 cites W2238564291 @default.
- W2890853127 cites W2238582154 @default.
- W2890853127 cites W2276253519 @default.
- W2890853127 cites W2279840094 @default.
- W2890853127 cites W2443084920 @default.
- W2890853127 cites W2485915616 @default.
- W2890853127 cites W2510883849 @default.
- W2890853127 cites W2553044640 @default.
- W2890853127 cites W2744465884 @default.
- W2890853127 cites W2751991891 @default.