Hinode "A new solar observatory in space": 1
Saku Tsuneta
[Abstract] | [PDF]
1-meter near-infrared solar telescope: 9
Z. Liu and J. Xu
[Abstract] | [PDF]
Optical observational programs at the Indian Institute of Astrophysics: 19
Jagdev Singh and B. Ravindra
[Abstract] | [PDF]
Introduction to the Chinese Giant Solar Telescope: 31
Y. Y. Deng
[Abstract] | [PDF]
National Large Solar Telescope of India: 37
S. S. Hasan
[Abstract] | [PDF]
A dual Fabry-Perot based narrow band imager for the National Large Solar Telescope: 47
B. Ravindra and Ravinder Kumar Banyal
[Abstract] | [PDF]
Low frequency solar radio astronomy at the Indian Institute of Astrophysics (IIA): 55
R. Ramesh
[Abstract] | [PDF]
SoLEXS - A low energy X-ray spectrometer for solar coronal studies: 63
K. Sankarasubramanian, M. C. Ramadevi, Monoj Bug, C. N. Umapathy, S. Seetha, P. Sreekumar and Kumar
[Abstract] | [PDF]
Solar differential rotation: origin, models and implications for dynamo: 71
L. L. Kitchatinov
[Abstract] | [PDF]
Dynamics of active region flux tubes in the solar convection zone: 81
Y. Fan
[Abstract] | [PDF]
Dynamo models of the solar cycle: current trends and future prospects: 91
Dibyendu Nandy
[Abstract] | [PDF]
Helicity of solar active regions: 101
Hongqi Zhang
[Abstract] | [PDF]
Parity of solar global magnetic field determined by turbulent diffusivity: 117
H. Hotta and T. Yokoyama
[Abstract] | [PDF]
Modeling the irregularities of solar cycle using flux transport dynamo models: 123
Bidya Binay Karak
[Abstract] | [PDF]
Back-reactions of dynamo-generated magnetic fields: torsional oscillations and variations in meridional circulation: 131
Arnab Rai Choudhuri
[Abstract] | [PDF]
Alpha effect due to magnetic buoyancy instability of a horizontal magnetic layer: 137
Piyali Chatterjee
[Abstract] | [PDF]
Quenching of the alpha effect in the Sun - what observations are telling us: 143
R. H. Cameron
[Abstract] | [PDF]
A physical reconstruction of solar magnetic field since 1700: 149
J. Jiang and D. Schmitt
[Abstract] | [PDF]
Hemispheric helicity sign rule and its solar cycle dependence: 155
M. Zhang, J. Hao and C. Y. Wang
[Abstract] | [PDF]
Solar cycle variation of network magnetic elements: 163
J. X. Wang and C. L. Jin
[Abstract] | [PDF]
On the diagnostics of the quiet Sun’s magnetic fields: application of the SIR inversion to the full-disk Stokes-meter observations in 15 spectral lines 169
M. L. Demidov and H. Balthasar
[Abstract] | [PDF]
Long-term variation of solar surface differential rotation: 175
L. Zhang, K. Mursula, I. Usoskin, H. Wang and Z. Du
[Abstract] | [PDF]
Sunspot seismology: accounting for magnetohydrodynamic wave processes using imaging spectropolarimetry: 181
S. P. Rajaguru
[Abstract] | [PDF]
Variations in p-mode parameters and sub-surface flows of active regions with flare activity: 189
R. A. Maurya and A. Ambastha
[Abstract] | [PDF]
A study of the north-south asymmetry of sunspot area during solar cycle 23: 197
Partha Chowdhury and B. N. Dwivedi
[Abstract] | [PDF]
Modelling magnetic fields in the corona using nonlinear force-free fields: 203
M. S. Wheatland and K. D. Leka
[Abstract] | [PDF]
The contraction of flare loops and its impact on the solar lower atmosphere: 213
Haisheng Ji
[Abstract] | [PDF]
Alfven waves are easy: mode conversion in magnetic regions: 221
P. S. Cally
[Abstract] | [PDF]
"EIT waves" and coronal mass ejections: 229
P. F. Chen and C. Fang
[Abstract] | [PDF]
Coronal mass ejections and their heliospheric consequences: 241
N. Gopalswamy
[Abstract] | [PDF]
A new view of coronal structures: implications for the source and acceleration of the solar wind: 259
S. R. Habbal, H. Morgan and M. Druckm¨uller
[Abstract] | [PDF]
Transient induced MHD oscillations: a tool to probe the solar active regions: 271
Abhishek K. Srivastava, V. M. Nakariakov, B. N. Dwivedi and Pankaj Kumar
[Abstract] | [PDF]
Chromospheric evaporation seen in hard X-rays: 279
Z. J. Ning
[Abstract] | [PDF]
Differential coronal rotation and solar activity: 285
Satish Chandra and Hari Om Vats
[Abstract] | [PDF]
Magnetic field configurations leading to solar eruptions: 291
Hui Li
[Abstract] | [PDF]
Multi-wavelength diagnostics of precursor phase in solar flares: 297
Arun K. Awasthi and Rajmal Jain
[Abstract] | [PDF]
Driving mechanism of a failed eruption: 307
Y. Guo, M. D. Ding, B. Schmieder, H. Li, T. Torok and T. Wiegelmann
[Abstract] | [PDF]
On the triggering of M-class solar flare due to loop-loop interaction in AR NOAA 10875: 315
Pankaj Kumar, Abhishek K. Srivastava, B. V. Somov, P. K. Manoharan, R. Erd´elyi and Wahab Uddin
[Abstract] | [PDF]
Study of solar flares and filament interaction in NOAA 10501 on 20 November, 2003: 323
R. Chandra, B. Schmieder, C. H. Mandrini, P. D'emoulin, E. Pariat, T. Torok, G. Aulanier, W. Uddin and M. G. Linton
[Abstract] | [PDF]
MHD simulations of quiescent prominence upflows in the Kippenhahn-Schl¨uter prominence model: 331
A. S. Hillier, H. Isobe, K. Shibata and T. E. Berger
[Abstract] | [PDF]
Special Section : [PDF]
Introductory remarks: 339
Arnab Rai Choudhuri
[PDF]
History and progress of solar research in China: 343
C. Fang
[Abstract] | [PDF]
The early years of solar research in Japan: 355
E. Hiei
[Abstract] | [PDF]
Solar physics in India: developments from the nineteenth century to the present era: 367
S. S. Hasan, Arnab Rai Choudhuri and S. P. Rajaguru
[Abstract] | [PDF]
Recent activities of solar astronomers in Korea: 383
K.-S. Cho, J. Chae, Y. J. Moon and G. S. Choe
[Abstract] | [PDF]
Solar physics research in Taiwan: 393
C.-H. Lin and Dean-Yi Chou
[Abstract] | [PDF]
Solar physics research in Australia: 397
P. S. Cally, M. S. Wheatland, I. H. Cairns and D. B. Melrose
[Abstract] | [PDF]
Ulugh Beg Astronomical Institute of Uzbek Academy of Sciences - history and current status of solar physics research: 405
Sh. Ehgamberdiev and A. Serebryanskiy
[Abstract] | [PDF]
Conference summary: Asia-Pacific region in the world and in astronomy: 411
T. Sakurai
[Abstract] | [PDF]