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Solar-terrestrial Magnetic Activity and Space Environment - Proceedings of the COSPAR Colloquium on Solar-Terrestrial Magnetic Activity and Space Environment (STMASE) held in the NA OC in Beijing, China September 10-12, 2001
Applications of Magnetic Line Ratio Method to Magnetographic Observations of Large-Scale Solar Magnetic Fields
edited_book
Author(s):
R.M. Veretsky
,
M.L. Demidov
Publication date
(Print):
2002
Publisher:
Elsevier
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Journal of large-scale research facilities (JLSRF)
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Velocities in Solar Magnetic Fluxtubes
Solanki
(1986)
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Structure of Solar Magnetic Flux Tubes from the Inversion of Stokes Spectra at Disk Center
Keller
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Book Chapter
Publication date (Print):
2002
Pages
: 71-73
DOI:
10.1016/S0964-2749(02)80133-0
SO-VID:
57d3d28f-5927-4d6b-a140-88b526be8f5a
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Book chapters
pp. ii
Series Page
pp. iv
Copyright
pp. v
Preface
pp. 3
Magnetic Reconnection in the Solar Lower Atmosphere
pp. 9
Small-Scale Magnetic Structure in the Photosphere: Relevance to Space Weather Phenomena
pp. 19
Sunspot Dynamics and Coronal Heating
pp. 27
Solar Coronal Activity and Evolution of the Magnetic Field
pp. 33
The Sun-as-a-Star Magnetic Field: Results of Stokesmeter Measurements in Different Spectral Lines
pp. 37
Useful Aspects of Chromospheric Magnetic Field Data
pp. 41
Configuration of Magnetic Field Inferred From Magnetogramsspace
pp. 45
Reversed Polarity Structures and Powerful X5.7/3B Flare on July 14,2000
pp. 51
Properties of Twist of Solar Bipolar Magnetic Fields
pp. 55
Helicity Evolution Of A Spot
pp. 59
The Distribution of Magnetic Shear of Active Regions from 1995 to 2000
pp. 63
The Evolution Rate of Small Solar Active Regions and its Temporal and Spatial Variations
pp. 67
Correcting the Projection Effects of Solar Vector Magnetogram
pp. 71
Applications of Magnetic Line Ratio Method to Magnetographic Observations of Large-Scale Solar Magnetic Fields
pp. 75
The Primary Design of a 1-Meter Infrared Solar Telescope
pp. 79
Huairou Data on Line
pp. 85
Lower Energy Cutoff of Nonthermal Electrons Derived from BATSE/CGRO Hard X-ray Observations
pp. 89
Non-LTE Inversion of an Hα Flaring Loop
pp. 93
Magnetic Flux Cancellation Associated with Coronal Mass Ejections
pp. 103
DIP-Like Magnetic Structure Seen in Solar Prominences
pp. 109
Common Characteristic of CMES and BLOBS: A New View of their Possible Origin
pp. 113
Statistical Studies of Filament Disappearances and CMEs
pp. 117
Catastrophic Behavior of Coronal Magnetic Flux Ropes in Partially Open Magnetic Fields
pp. 125
Coronal Response to the Emergence of New Magnetic Flux
pp. 129
Initiation of Coronal Mass Ejections Constraints on Models from Observations
pp. 137
What Can We Learn from Constructing CME Models: Magneric Interface
pp. 145
A Dual-Loop Initiation Model for Coronal Mass Ejections
pp. 149
Coronal Mass Ejections to the Interplanetary Medium
pp. 157
Relation Between Coronal Mass Ejections and their Interplanetary Counterparts
pp. 165
A Manifestation of Magnetic Fluxes in Microwave Emission of the Solar Corona
pp. 169
Statistical Properties of Radio-Rich Coronal Mass Ejections
pp. 173
The Broadening Cause of the CaXIX Resonace line in Solar Flares
pp. 175
Dynamical Features of the Dipole Magnetic Fields Generated Two X-RAY Coronal Mass Ejections and Type IVμ Burst
pp. 179
S-Shaped Magnetic field Generated an Extra Large Type IVμ Burst and Coronal Mass Ejection
pp. 183
Solar Centimetric Type N and Type M Bursts
pp. 189
Role of Hydrogen and Deuterium in Energy Release from the Solar Flare: Comment on Neupert Effect
pp. 193
Analysis of The January 6–11, 1997, CME Event
pp. 201
Analysis of Lasco Observations of Streamer Blowout Events
pp. 209
The Geoeffectiveness of Frontside Full Halo Coronal Mass Ejections
pp. 217
The Heliospheric Magnetic Field Probed With Fast Charged Particles
pp. 225
Evolution of the Bastille Day High-Speed Stream
pp. 233
Ensemble and Time Averages: The Missing Diamagnetic Effect
pp. 239
The Global Significance of CEP Events
pp. 251
Effects of Electron Pressure Gradient in Magnetic Reconnection
pp. 255
The Effect of Geomagnetic Disturbances on Ecosystem
pp. 259
Relationship Between the Cumulative AL and DST Indices During Magnetic Storms and the UT Variations of the DST Index
pp. 263
Solar Wind Density and Auroral Electrojets During Geomagnetic Storms
pp. 267
A Cone Model for Coronal Mass Ejections
pp. 271
Injection of Intense Storm Ring Current Ions
pp. 275
Heliospheric Magnetic Fields and Particle Transport
pp. 281
Geomagnetic Disturbances as Probabilistic Nonlinear Processes
pp. 287
Fine Structure of Sprites and Proposed Global Observations
pp. 295
Night-Time Behavior of 630NM Emission in Mid-Latitude Auroras During Strong Magnetic Storms
pp. 299
Doppler Effects in the High-Latitude Ionospere During Observations Geomagnetic Pulsations
pp. 307
Time-Variation of Periodic Components of Yearly Sunspot Numbers
pp. 311
A New Model for Evaluation of the Electromagnetic Energy Flux into an Open Nightside Magnetosphere
pp. 315
Numerical Modeling the High-Latitude Ionosphere
pp. 327
Basic Cause of Solar Magnetic Activity Solar Motion or Gyromagnetic Effect
pp. 333
Some Implications of the Interball Studies for Space Weather
pp. 345
Solar Radio Bursts and Fine Structures in the Range of 1.0-7.6GHz on 14 July 2000
pp. 349
On the Solar Radio Spectro-Interferometry at Low Frequency
pp. 353
Drift Shell Tracing and Secular Variation of Inner Radiation Environment in the SAA Region
pp. 359
Energetic Ions in the High Latitude Magnetosphere During the Leading Phase of a CME
pp. 365
Space Environment Data Acquisition Equipment - Attached Payload on the International Space Station
pp. 369
Space Environment Data Acquisition Equipment Board Mission Demonstration Test Satellite-1
pp. 375
Space Weather: The Scientific Forecast
pp. 385
Space Weather Effects How Soho Has Improved The Warnings
pp. 393
Implementation and Verification of the chen Prediction Technique for Forecasting Large Nonrecurrent Storms
pp. 397
An Applicable Method for Long-Term Solar Cycle Predictions
pp. 401
Real-Time Space Weather Forecasting Driven by Solar Observations
pp. 409
A New Mechanism for Auroral Electron Acceleration by Nonlinear Kaw**The project supported by NSFC Under Grant Nos 49990542, 10075076, and 4990543, and by National Important ProgramProjects of China for Researches of Basic Theories under Grant No G20000784093
pp. 421
Geomagnetic and Solar Cycle Dependence of the Ring Current Ions
pp. 427
The Application of Non-Linear Filtering Methods to the Forecast of Geomagnetic Indices
pp. 439
Prediction of Relativistic Electron Fluence Using Magnetic Observatory Data
pp. 443
Space Weather Aspects of the ESA Solar Orbiter Mission
pp. 447
Effects of Hysteresis in Solar Cycle Variations Between Flare Index and Some Solar Activity Indicators
pp. 453
Author index
pp. 457
List of participants
pp. 459
List of unpublished papers
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