... Previous to that it was noted that unlike any other moon of Jupiter, Io had a strong influence on radio emissions from Jupiter's magnetosphere, which depended on its position: it could be that the moon's unique electric currents were involved in this. ...
... Previous to that it was noted that unlike any other moon of Jupiter, Io had a strong influence on radio emissions from Jupiter's magnetosphere, which depended on its position: it could be that the moon's unique electric currents were involved in this. ...
... Jupiter und schlo aus den relativen Intensit ten in einem bestimmten Bereich von Wellenl ngen, da das Signal offenbar von ... Jupiter und die Erde (wie auch alle andern Planeten) in der gleichen Richtung rotieren, ist die magnetische Polarit t des ...
... Jupiter's satellite Main stages of mission · · · · · · · · · · Insertion by using of ... Jupiter 01.01.2022 200 Departure from the Earth 13.12.2017, V=1038 m/s Earth Gravity ...
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Ссылки http://www.cosmos.ru/conf/2009elw/presentations/presentations_pdf/session2/martynov_ELW.pdf -- 1191.2 Кб -- 02.03.2009 Похожие документы
... te les champs de la terre et de Jupiter, l'aimant de Jupiter serait 20.000 fois plus ... Jupiter, comme celui de la Terre, est l g rement hors de l'axe de rotation, mais ...
... Jupiter specifics weak solar wind: strong magnetic field & fast rotation: Io outflow: internal effects dominate powerful energizing environment strong outflow of cold heavy ions Space Research Institute ELW-2009 rotating magnetosphere electric potential ...
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Ссылки http://www.cosmos.ru/conf/2009elw/presentations/presentations_pdf/session3/petrukovich_ELW.pdf -- 1024.0 Кб -- 02.03.2009 Похожие документы
... 32. Magnetospheres other than Ours . Jupiter . Differences in Scale . Satellites . ... better: space probes have found that Jupiter, Saturn , Uranus and Neptune all have ... For instance, does the magnetism of Jupiter and Saturn originate in cores of ...
... Jupiter's large moon Io was found to have a remarkable "dynamo interaction" with the planet (details here ), and Jupiter's magnetosphere has many modes of radio emissions, first observed in 1955 and still not well understood. ...