Advances in geosciences. Volume 27, Solar terrestrial / editor-in-chief, Marc Duldig.

Format:

Book

Author/Creator:

Lo, Ching-Hua, Author.

Contributor:

Duldig, M. (Marc)

Language:

English

Subjects (All):

Solar-terrestrial physics.

Genre:

Electronic books.

Physical Description:

1 online resource (400 p.)

Edition:

1st ed.

Place of Publication:

Singapore ; London : World Scientific, 2011.

Language Note:

English

Summary:

'Advances in Geosciences' continues the tradition of the Asia-Oceania scientific community in providing the most up-to-date research results on a wide range of geosciences and environmental science.

Contents:

Intro

CONTENTS

Editors

Reviewers

Preface

Preface to ST Volume

Results of Computing Amplitude and Phase of the VLF Wave Using Wave Hop Theory Sujay Pal, Tamal Basak and Sandip K. Chakrabarti

1. Introduction

2. Wave Hop Theory

3. Results

3.1. Diurnal and seasonal behavior

3.2. Effects of solar terminator on spatial variation

4. Conclusions

References

Nonlinear Generation Mechanism of VLF Chorus Emissions Observed at Antarctica During a Quiet Period S. B. Singh and A. K. Singh

2. Experimental Observation

3. Generation Mechanism

4. Results and Discussions

5. Conclusion

Acknowledgments

Trimpi Events and Other Amplitude Perturbations Observed at Varanasi Using SoftPAL Receiver Ashutosh K. Singh and A. K. Singh

2. Observation &amp

Experimental Details

3. Result and Discussion

4. Conclusion

Acknowledgment

Diagnostic Features of VLF Waves in Terrestrial Magnetosphere A. K. Singh

2. Generation and Propagation of VLF Waves

3. Probing Potentially of VLF Waves

4. VLF Waves Association with Space Weather

5. Conclusions

Role of ULF Wave Index in Magnetospheric Dynamics and Space Weather Predictions A. K. Singh

2. Magnetospheric Plasma Dynamics

3. ULF Waves and Relativistic Electrons

4. ULF Wave Index and Space Weather Predictions

Explanation of Observation of Multi-Component ELF Whistlers at Low Latitude S. B. Singh, Ashutosh K. Singh, K. K. Singh, A. K. Singh and Lalmani

3. Results and Discussions

References.

The Spatial-Temporal Wave-Like TEC Variations Associated with Poincare Waves Irk Shagimuratov, Ivan Karpov, Andrzej Krankowski and Galina Yakimova

2. Observation

3. Results and Analysis

4. Poincare Waves

5. Ionospheric Effects of Poincare Waves

6. Conclusions

Earthquake Time Low Latitude TEC and Model Estimated Values: Identification On Earthquake Induced Atmospheric Dynamics M. Devi, A. K. Barbara, P. Kashyap, A. Depueva Ya Yu Ruzhin and V. Depuev

2. Observations

2.1. Approaches for extraction of earthquake precursor

2.1.1. Solar geomagnetic effects on TEC

2.2. Identification of earthquake induced TEC features: A few case studies

3. Evaluation of Seismic Time TEC through Model

4. Discussions and Conclusions

An Instrument for Measuring the Near-Surface Plasma Temperature and Concentration, and the Surface Charging of the International Space Station Boian Kirov

2. "Obstanovka" Experiment Onboard ISS for Space Weather Research

3. Langmuir Probe - LP

3.1. General characteristics

3.2. Sweep voltage

3.3. Sweep voltage algorithm

4. Use of Wireless Communication and Remote Upgrading

5. Comparison with Other Instruments

6. Summary

Magnetoacoustic Surface Waves on the Interplanetary Tangential Discontinuities P. S. Joarder, S. K. Ghosh and S. Biswas

2. The Equilibrium

3. The Dispersion Relation

4. Classification and Existence Condition of Surface Waves

5. Choice of Parameter Values

6. Surface Waves on Interplanetary TDs

6.1. Slow (on warmer side) surface waves

6.2. Slow (on cooler side) surface waves

6.3. Fast (on both sides) surface waves and RMHD slow (on both sides) surface waves

7. Discussion

Evidence of the Leakage of MHD Oscillations Above On-disk Coronal Hole Mukul Kumar, B. N. Dwivedi and A. K. Srivastava

2. Observations of the Equatorial Coronal Holes

3. Results and Discussion

On the Source of the Super-Storm of Solar-Cycle # 23 Associated with the Solar Flares on 18 November 2003 Pankaj Kumar, P. K. Manoharan, Wahab Uddin and K. Mahalakshmi

2. Observations and Data

2.1. Hα observations

2.2. TRACE and GOES/SXI images

2.3. White light images

3. Interplanetary Consequences

4. Discussions

Observation of Kink Instability as Driver of Recurrent Flares in AR 10960 A. K. Srivastava, Pankaj Kumar, T. V. Zaqarashvili, B. P. Filippov, M. L. Khodachenko and Wahab Uddin

2. Observational Data Sets

3. Observational Results

4. Discussion and Conclusions

Evolution of Magnetic Field Twist and Tilt in Active Region NOAA 10930 B. Ravindra, P. Venkatakrishnan and Sanjiv Kumar Tiwari

2. Observational Data and Its Analysis

3.1. Magnetic flux

3.2. Twist in active region

3.3. Relative magnetic helicity

High Energy Solar Particle Events and their Associated Coronal Mass Ejections P. K. Manoharan and G. Agalya

1. Ground Level Enhancements and SEP Events

2. Event Selection and Analysis

3. Particle Data and CME Speed

4. SEP Energy Spectrum

4.1. Radial evolution of SEP spectrum

5. Spectral Evolution with Time/Heliocentric Distance

6. CME Speed and Spectral Index Changes

6.1. Interplanetary scintillation images

7. Summary and Conclusion

Observations of X-ray Flares and Associated MHD Oscillations in Star ξ Boo J. C. Pandey and A. K. Srivastava

2. Observations and Data Reduction

3. X-ray Light Curves

4. Evolutions of Flares

5. Determinations of Density Using RGS Spectra

6. Loop Modeling

7. Search for Coronal Oscillations

8. Evidence of Fast-kink Oscillation

9. Summary

Quasi-Periodic Oscillations from Stellar Flares and Diagnostics of Flaring Plasma A. V. Stepanov

2. A Coronal Loop as a Resonator for MHD Oscillations

3. A Flaring Loop as an Equivalent RLC-Circuit

4. Excitation of Loop Oscillations

4.1. External triggers

4.2. Internal excitation

5. The Stellar Flare Diagnostics from Multi-Wavelength Observations

5.1. Pulsations in the optical range (U,B) in an EV Lac flare

5.2. QPOs from EQ Peg

5.3. Soft X-ray pulsations from a flare of AT Mic

5.4. Pulsating microwave emission from AD Leo

5.5. The diagnostics of a magnetar corona from fast QPOs

Search for p-Mode Pulsations in Late-type CP Stars S. Joshi and N. K. Chakradhari

2. Helioseismology

3. Asteroseismology

3.1. Asteroseismic tools

3.1.1. Solar-like oscillations

3.1.2. δ-Sct stars

3.1.3. Rapidly oscillating Ap stars

4. Asteroseismic Techniques

5. The Nainital-Cape Survey

6. The Next Step for Asteroseismology

7. Summary

Notes:

Bibliographic Level Mode of Issuance: Monograph

ISBN:

9786613433947

9781283433945

128343394X

9789814355414

9814355410