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- W41743168 abstract "Coronal mass ejections (CMEs) are large-scale explosions on the Sun that expelplasma and magnetic field into the heliosphere. The interplanetary counterpartsof CMEs, termed interplanetary CMEs (ICMEs), are often directly observed byspacecraft located in the near-Earth environment, and this thesis focuses on understandingthe evolution of these structures as the propagate away from the Sun andinto the heliosphere. This work contributes to the understanding of space weatherin the near-Earth environment, which is known to affect the technological systemsat Earth upon which we increasingly rely.A subset of ICMEs, termed magnetic clouds, in which a flux rope structurecan often be identified, form the primary focus of these studies. The process bywhich a magnetic cloud observed directly in interplanetary space may be linkedwith its associated CME, through the combined study of remote observations ofthe Sun and in situ observations near-Earth, is discussed. A comparison of themagnetic topology of the erupting structure at both the Sun and in interplanetaryspace allows us to infer the process by which it erupts, and better understand itsevolution as it propagates through the heliosphere.A subset of magnetic clouds, in which we directly observe unusual internal substructure,is identified. We examine the physical nature of this substructure, characterisingthe observed behaviour of both the magnetic field and plasma in theseregions. To improve our understanding of the external physical processes that influencethe evolution of a magnetic cloud in interplanetary space, we investigate,and ultimately evaluate, a number of physical mechanisms that may lead to theformation of unusual magnetic cloud topology." @default.
- W41743168 created "2016-06-24" @default.
- W41743168 creator A5062129687 @default.
- W41743168 date "2011-06-28" @default.
- W41743168 modified "2023-09-26" @default.
- W41743168 title "Solar influences in the heliosphere: understanding coronal mass ejections and their associated magnetic clouds" @default.
- W41743168 hasPublicationYear "2011" @default.
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