date: 2016-09-20T10:14:20Z
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subject: INTERPLANETARY PHYSICS: Coronal mass ejections; IONOSPHERE: Ionospheric irregularities, Equatorial ionosphere; MAGNETOSPHERIC PHYSICS: Magnetic storms and substorms; NATURAL HAZARDS: Space weather; RADIO SCIENCE: Radio wave propagation; SPACE WEATHER
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dc:title: The Swarm satellite loss of GPS signal and its relation to ionospheric plasma irregularities
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cp:subject: INTERPLANETARY PHYSICS: Coronal mass ejections; IONOSPHERE: Ionospheric irregularities, Equatorial ionosphere; MAGNETOSPHERIC PHYSICS: Magnetic storms and substorms; NATURAL HAZARDS: Space weather; RADIO SCIENCE: Radio wave propagation; SPACE WEATHER
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pdf:docinfo:creator: Chao Xiong, Claudia Stolle, Hermann Lühr
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Author: Chao Xiong, Claudia Stolle, Hermann Lühr
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dc:description: INTERPLANETARY PHYSICS: Coronal mass ejections; IONOSPHERE: Ionospheric irregularities, Equatorial ionosphere; MAGNETOSPHERIC PHYSICS: Magnetic storms and substorms; NATURAL HAZARDS: Space weather; RADIO SCIENCE: Radio wave propagation; SPACE WEATHER
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dc:creator: Chao Xiong, Claudia Stolle, Hermann Lühr
description: INTERPLANETARY PHYSICS: Coronal mass ejections; IONOSPHERE: Ionospheric irregularities, Equatorial ionosphere; MAGNETOSPHERIC PHYSICS: Magnetic storms and substorms; NATURAL HAZARDS: Space weather; RADIO SCIENCE: Radio wave propagation; SPACE WEATHER
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title: The Swarm satellite loss of GPS signal and its relation to ionospheric plasma irregularities
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creator: Chao Xiong, Claudia Stolle, Hermann Lühr
dc:subject: 10.1002/2016SW001439 and GPS; equatorial plasma irregularities; Swarm constellation
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