Geospace mass and energy flow Book

	Preface
	Solar Wind
	Wind Observations of Suprathermal Particles in the Solar Wind	1
	Dayside Magnetosphere
	Dayside Electrodynamics Observed by POLAR with Northward IMF	13
	Interball Tail Probe Measurements in Outer Cusp and Boundary Layers	25
	Convection of Plasmaspheric Plasma into the Outer Magnetosphere and Boundary Layer Region: Initial Results	45
	AMPTE-IRM Observations of Particles and Fields at the Dayside Low-Latitude Magnetopause	51
	The Effect of the Interplanetary Magnetic Field on the Dayside Magnetosphere	67
	Entry of Solar Wind Plasma into the Magnetosphere: Observations Encounter Simulation	73
	High-Latitude Ionosphere
	Under What Conditions Will Ionospheric Molecular Ion Outflow Occur?	85
	Day-Night Asymmetry Of Polar Outflow Due to the Kinetic Effects of Anisotropic Photoelectrons	97
	POLAR Observations of Properties of H[superscript +] and O[superscript +] Conics in the Cusp Near ä5300 km Attitude	107
	Recent Developments in Ion Acceleration in the Auroral Zone	115
	Aurora
	High-Latitude Auroral Boundaries Compared With GEOTAIL Measurements During Two Substorms	129
	Energy Characterization of a Dynamic Auroral Event Using GGS UVI Images	143
	Auroral Observations from the POLAR Ultraviolet Imager (UVI)	149
	Field Line Resonances, Auroral Arcs, and Substorm Intensifications	161
	Magnetotail/Plasma Sheet/Substorms
	A New Approach to the Future of Space Physics	169
	Reconnections at Near-Earth Magnetotail and Substorms Studied by a 3-D EM Particle Code	175
	Magnetospheric-Ionospheric Activity During an Isolated Substorm: A Comparison Between WIND/Geotail/IMP 8/CANOPUS Observations and Modeling	181
	Sporadic Localized Reconnections and Multiscale Intermittent Turbulence in the Magnetotail	193
	Geotail Observations of Current Systems in the Plasma Sheet	201
	Near-Earth Plasma Sheet Behavior During Substorms	213
	Separation of Directly-Driven and Unloading Components in the Ionospheric Equivalent Currents During Substorms by the Method of Natural Orthogonal Components	227
	Simulation of the March 9, 1995 Substorm and Initial Comparison to Data	237
	Large-Scale Dynamics of the Magnetospheric Boundary: Comparisons Between Global MHD Simulation Results and ISTP Observations	247
	Study of an Isolated Substorm with ISTP Data	261
	Structure of the Magnetotail Reconnection Layer in 2-D Ideal MHD Model	275
	Particle Acceleration Due to Magnetic Field Reconnection in a Model Current Sheet	287
	Modeling Magnetotail Ion Distributions with Global Magnetohydrodynamic and Ion Trajectory Calculations	291
	Determination of Particle Sources for a Geotail Distribution Function Observed on May 23, 1995	297
	Three-Dimensional Reconnection in the Earth's Magnetotail: Simulations and Observations	313
	Inner Magnetosphere
	Drift-Shell Splitting in an Asymmetric Magnetic Field	327
	Comparison of Photoelectron Theory Against Observations	333
	Determining the Significance of Electrodynamic Coupling Between Superthermal Electrons and Thermal Plasma	343
	A New Magnetic Storm Model	349
	The Magnetospheric Trough	355
	Magnetic Field Models
	Data-Based Models of the Global Geospace Magnetic Field: Challenges and Prospects of the ISTP Era	371
	Improvements to the Source Surface Model of the Magnetosphere	383