Download presentation
Presentation is loading. Please wait.
Published byJulissa Clover Modified over 10 years ago
1
Seismology programme Structure of the SWG 98-06 – preparation phase: DAT(T. Appourchaux), Seismic interpretation (G. Berthomieu), excitation and amplitudes (I. Roxburgh), fast Rotation-perturbative (M.J. Goupil), Fast rotation –nonperturbative (M. Rieutord), … 06-… - exploitation phase: -DAT (T. Appourchaux), ESTA (M. Monteiro), B-O stars (C. Aerts), Be stars (C. Neiner), Delta Scuti stars (E. Poretti), Giants (J. De Ridder), PMS (K. Zwintz), … Solar-like puls.(…)
2
E. Michel COROT-CS 20 – 15/09/06- Paris E. Michel COROT-CS 20 – 15/09/06- Paris Seismology programme Publication policy and N3 products Three type of publications: Type 0: oriented Instrumental - Project team (see doc. Publication Policy 11/09/06) + (data reduction ?) Type 1: data analysis (for each star) N3 productes proposed by the DAT (see doc.in min SC15): oscillation modes parameters (freq., amplitudes, widths, phases, splittings…) – some DAT team + builders as defined in doc. … Type 2: - Modeling and interpretation works: in the hands of Co-Is+teams during priority period (Under CS supervision as define in Publi Policy doc) - Complementary analysis (specific analysis)
3
E. Michel COROT-CS 20 – 15/09/06- Paris E. Michel COROT-CS 20 – 15/09/06- Paris Seismology - Observation programme CoRoT book (Michel, Deleuil and Baglin): IR01: settled, a list of targets exists. IR02: settled, a list of targets exists LRC1:settled, a list of targets exists SRC1: settled, a list of targets is discussed LRA1: settled, a list of targets exist SRA1: Add Programme, list of targets tbd LRC2: SWG produced a list of targets, position tbc by ECO SRC2: tbd LRA2: SWG produced a list of targets, position tbc by ECO SRA2: tbd LRC3: principal target settled,list tbd SRC3: tbd LRA3: principal target settled, list tbd …
4
E. Michel COROT-CS 20 – 15/09/06- Paris E. Michel COROT-CS 20 – 15/09/06- Paris Seismology - Observation programme 52265 v=6.3 (sol+plan) 49385 v=7.9 (sol) 49434 v=5.75 (G Dor) 49933 v=5.8 (sol) 171834 49862 v=9.47 (Ap) 49808 v=8 (Vsini=114) 49294 v=7 (Vsini=111) 50230 v=8.9 50209 v=8.4 (Be)
Similar presentations
© 2024 SlidePlayer.com. Inc.
All rights reserved.