Reconnection - Globe Thesis

Keyword [Reconnection] Result: 1 - 20 \| Page: 1 of 10
1.	Cluster Data Analysis Of Asymmetric Magnetic Reconnection And A Source Model Of Cosmic Rays
2.	Simulation Studies On The Hall Current Effect In The Magnetic Reconnection And Magnetic Flux Rope Structures In The Magnetotail
3.	MHD Simulation Of The Structure Of Reconnection Layer In The Presence Of Shear Flow
4.	Observations And Modeling Studies Of Solar Wind-Magnetosphere-Ionospheric Electric Field Penetration And Shielding
5.	Studies For Influences Of Shear Flows On Some Processes In Magnetic Reconnection
6.	Two Problems Related To Plasma Waves In Solar And Space Plasmas
7.	The Study On Electron Acceleration In Magnetic Reconnection And The Numerical Simulation Of The Solitary Kinetic AlfvÃ©n Waves
8.	Studies Of Collisionless Magnetic Reconnection By Using PIC Simulation
9.	Coordinated Satellite And Ground-based Observations Of Magnetic Reconnections On The Dayside Magnetopause
10.	Numerical Studies For The Evolution Of Large-scale Coronal Structures And Fast Magnetic Reconnection
11.	Observational Research On Solar Wind Transport Into Magnetosphere
12.	Structure Of Diffusion Region And Electron Acceleration In Collisionless Magnetic Reconnection
13.	Explosive Magnetic Reconnection Phase In Nonlinear Double Tearing Mode
14.	Hall MHD Simulations Of Collisionless Multiple X Line Reconnection
15.	Experimental Studies Of Magnetic Reconnection In Laboratory
16.	Investigation On The Temperature Fluctuation And The Magnetic Reconnection During Sawtooth In The Core Plasma Of HT-7 Tokamak By The Electron Cyclotron Emission Imaging (2D ECEI)
17.	Study Of Kinetic Processes In The Earth's Magnetotail Using Satellite Observation And Numerical Simulation
18.	Satellite Observation And Numerical Simulation Of The Coupling Between Solar Wind, Magnetosphere And Ionosphere
19.	Study Of Electrostatic Solitary Waves Associated With Magnetic Reconnection
20.	Application Of Parallel Adaptive Mesh Refinement To Numerical Study Of Solar Wind Background And Fast Magnetic Reconnection
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