Publication type: Refereed

  • Publication
    Solar oscillations: time analysis of the GOLF p-mode signal
    We determine the intrinsic phase lag of the GOLF data for the solar p-mode velocity deduced either from one of the narrow band photometers working alternatively...
  • Publication
    Solar P-mode frequencies from the IRIS network.
    The Iris network for helioseismology has operated since 1989. We present tables of solar p-mode frequencies for observations taken during the four summer...
  • Publication
    Solar Particle Acceleration Radiation and Kinetics (SPARK). A mission to understand the nature of particle acceleration
    Energetic particles are critical components of plasma populations found throughout the universe. In many cases particles are accelerated to relativistic...
  • Publication
    Solar polarimetry in the K I D2 line : A novel possibility for a stratospheric balloon
    Of the two solar lines, K I D1 and D2, almost all attention so far has been devoted to the D1 line, as D2 is severely affected by an O2 atmospheric band. This...
  • Publication
    Solar polarimetry through the K I lines at 770 nm
    We characterize the K I D1 & D2 lines in order to determine whether they could complement the 850 nm window, containing the Ca II infrared triplet lines and...
  • Publication
    Solar Prominences Embedded in Flux Ropes: Morphological Features and Dynamics from 3D MHD Simulations
    The temporal evolution of a solar prominence inserted in a three-dimensional magnetic flux rope is investigated numerically. Using the model of Titov & Démoulin...
  • Publication
    Solar Radial Velocity and Oscillations as Measured by Sodium and Potassium Resonant Scattering Spectrometers
    Since the beginning of 1990, a sodium based resonance scattering spectrometer belonging to the IRIS Network has operated at Observatorio del Teide side by side...
  • Publication
    Solar Research at the I.A.C.
    Not Available
  • Publication
    Solar Rotation in the 17th century
    Sunspot drawings made by Galileo Galilei in 1612 are used to derive the law of differential rotation at that time. The main interest of the work is during the...