Steel MIST / UK Solar Physics 2002

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From the Sun to the Earth

9 - 12 April 2002
The University of Sheffield, UK

SCIENTIFIC PROGRAMME

The meeting was held at the University of Sheffield in the Tapton Hall of Residence, Sheffield.


Tuesday, 9th April 2002

MIST Session 1
Chairperson: Roy Moffett (Sheffield)

MIST Session 2
Chairperson: Alan Aylward (UCL)


Wednesday 10th April

MIST Session 3
Chairperson: Hugo Alleyne (Sheffield)

MIST Session 4
Chairperson: Ian Mann (York)

13.30 Welcome Address: Prof. Colin Whitehouse, Pro-Vice-Chancellor for Research

Joint MIST/Solar Physics Session: The Solar and Solar-Terrestrial System
Chairperson: Alan Rodger (BAS)

Joint MIST/Solar Physics Session: S-STP GRID Initiatives
Chairperson: TBA

Joint MIST/UKSP Discussion Session: Where do we go from here?
Chairperson: Peter Cargill (IC)


Thursday 11 April

MIST Session 5
Chairperson: Andy Smith (BAS)

MIST Session 6
Chairperson: Farideh Honary (Lancaster)

Solar Physics Session: Current and Future Missions
Chairperson: Helen Mason (Cambridge)

Solar Physics Session: Trends in the Solar-Terrestrial System
Chairperson: Len Culhane (MSSL)

Solar Physics Session: Large-scale energy releases in the solar atmosphere
Chairperson: Phillipa Browning (UMIST)

Solar Physics Session: Coronal heating... how many ideas have we got?
Chairperson: Robert Erdelyi (Sheffield)


Friday, 12 April 2002

Solar Physics Session: Atmospheric magnetic fields
Chairperson: Ken Phillips (RAL)

Solar Physics Session: Magnetic waves and oscillations
Chairperson: Eric Priest (St. Andrews)

Solar Physics Session: Frontiers of helioseismology
Chairperson: Bill Chaplin (Birmingham)


List of Posters

The MIST poster sessions are Wednesday afternoon and Thursday morning (during the coffee breaks). The Solar Physics poster sessions are Thursday morning, Thursday afternoon and Friday morning (during the coffee breaks). Please ensure that all posters are removed by Friday lunchtime.

Poster boards are approximately 4' x 4'

H.E. Mason (Cambridge) and G. Del Zanna, Solar active regions

S.J. Chan (RAL) et al., Solar corona during the 2001 total eclipse: Analysis of data from the SECIS instrument

S.S. Foster (Southampton) and M. Lockwood, Long-term solar irradiance and facular variabilty associated with changes in the coronal source flux

B. McCarty (Birmingham), Influence of convective overshoot in the BiSON signal?

A. Canals, A.R. Breen (Aberystwyth), P. Riley and A.J. Lazarus, Large-scale structure of the solar wind during the Ulysses fast latitude scan - the view from interplanetary scintillation measurements

A. Canals, A.R. Breen (Aberystwyth) and L. Ofman, Random transverse velocities in the solar wind derived from interplanetary scintillation measurements

L. Carcedo (St. Andrews), A.W. Hood and D.S. Brown, Magnetic field model of SXRs sigmoids

D. Pontin (St. Andrews) and E.R. Priest, Topology of coronal magnetic fields

R.M. Close (St. Andrews), E.R. Priest, C.E. Parnell, D.S. Brown and D.H.Mackay, The structure of the magnetic carpet

I. Ugarte-Urra (Armagh) and J.G. Doyle, Spatial and temporal electron density variation off-limb

B.A.C. Eves (Open University) and A. Conway, HESSI imageing of solar flares

M.J. Kosch (Lancaster), A.J. Kavanagh, A. Senior, F. Honary, S.R. Marple, M.T. Rietveld, and T. Hagfors, High-latitude artificial aurora from EISCAT: a chronology.

C.F. del Pozo, M.J. Kosch (Lancaster), and F. Honary, Dynamics of auroral forms and absorption patches during substorm activity.

C. Venugopal (Asmara), K. Unnikrishnan, and N. Balan, Studies of storm-dusk effects at high and low solar activities.

I.J. Coleman (BAS), A multi-spacecraft study of field line draping at the magnetopause.

M.J. Jarvis (BAS), J. Foster, and R.E. Hibbins, Using riometers to observe gravity waves in the mesosphere.

M. Pinnock (BAS), G. Chisham, I.J. Coleman, M.P. Freeman, and M. Hairston, The location and rate of dayside reconnection during an interval of steady southward IMF.

S. J. Bradshaw (Cambridge), E. Landi and H.E. Mason, Comparison between Theoretical and Spectroscopic Active Region Loop Profiles.


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