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Polar observations and model predictions during May 4, 1998, magnetopause, magnetosheath, and bow shock crossings
P. Song
, J. U. Kozyra
, M. O. Chandler
, C. T. Russell
, W. K. Peterson
, K. J. Trattner
, R. H.W. Friedel
,
J. H. Shue
, T. E. Moore
, K. W. Ogilvie
, R. P. Lepping
, D. J. McComas
太空科學與工程學系
研究成果
:
雜誌貢獻
›
期刊論文
›
同行評審
5
引文 斯高帕斯(Scopus)
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Keyphrases
Model Prediction
100%
Bow Shock
100%
Solar Wind
100%
Magnetopause
100%
Magnetosheath
100%
Polar Observation
100%
Polar Model
100%
Solar Wind Conditions
44%
Magnetosphere
44%
Interplanetary Magnetic Field
33%
Magnetopause Model
22%
Dynamic Behavior
11%
Prediction Model
11%
Prediction Method
11%
Low Latitude
11%
High Energy
11%
Dipole Field
11%
Solar Wind Dynamic Pressure
11%
Predictive Models
11%
Plasma Distribution
11%
In Situ Measurements
11%
Magnetometer
11%
Distribution Function
11%
Satellite Position
11%
Boundary Region
11%
Maximum Phase
11%
Small Time Scale
11%
Plasma Characteristics
11%
Solar Cycle 23
11%
Field Model
11%
Earth Observation
11%
Magnetic Plasma
11%
Time-varying Magnetic Field
11%
Field Properties
11%
Satellite Track
11%
Polar Operations
11%
First Solar
11%
Magnetic Field Characteristics
11%
Plasma Properties
11%
Hydra
11%
Ion Detector
11%
Low-latitude Boundary Layer
11%
Gas Dynamics
11%
Physics
Magnetosheath
100%
Magnetopause
100%
Solar Wind
100%
Magnetosphere
28%
Interplanetary Magnetic Field
21%
Magnetic Field
14%
Spacecraft
14%
Blood Plasma
14%
Distribution Function
7%
Boundary Layer
7%
Dynamic Pressure
7%
In Situ Measurement
7%
Plasma Property
7%
Transients
7%
Solar Cycle
7%
Gas Dynamics
7%
Earth and Planetary Sciences
Solar Wind
100%
Magnetosheath
100%
Magnetopause
100%
Magnetosphere
28%
Interplanetary Magnetic Field
21%
Spacecraft
14%
Boundary Layer
7%
Distribution Function
7%
Dynamic Pressure
7%
In Situ Measurement
7%
Solar Cycle
7%
Timescale
7%
Gas Dynamics
7%