Dynamics of supergranules and families of granules from HINODE 2007 observations
Th. Roudier, J.-M. Malherbe, Z. Franck, M. Rieutord, 2015, Observatoire Midi Pyrénées, Observatoire de Paris, Lockheed Martin Solar Astrophysics Laboratory
Hinode is a Japanese mission developed and launched by ISAS/JAXA,
with NAOJ as domestic partner and NASA and STFC (UK) as international partners.
It is operated by these agencies in co-operation with ESA and NSC (Norway).
HINODE 24 H sequence, 29-30 AUGUST 2007, SOT BFI (Blue continuum and Gband), SOT NFI (STOKES IV FeI 6302), pixel size 0.11 arc sec, time step 50.2 s, disk centre
MP4 N°1 (left click to open, right click to save): vertical magnetic fields
MP4 N°2 (left click to open, right click to save): horizontal velocity module (grey levels) and vertical magnetic fields
MP4 N°3 (left click to open, right click to save): horizontal velocity divergence (grey levels) and vertical magnetic fields
MP4 N°4 (left click to open, right click to save): horizontal velocity module (grey levels),
horizontal velocity divergence (blue/red) and vertical magnetic fields (isocontours)
MP4 N°5 (left click to open, right click to save): families of granules and vertical magnetic fields
MP4 N°6 (left click to open, right click to save): families of granules, horizontal velocity module (grey levels) and vertical magnetic fields
MP4 N°7 (left click to open, right click to save): families of granules, interfamily lanes (red),
horizontal velocity module (grey levels) and vertical magnetic fields (yellow/blue)
MP4 N°8 (left click to open, right click to save): families of granules, horizontal velocity divergence
(dark blue/red) and vertical magnetic fields (yellow, light blue)
MP4 N°9 (left click to open, right click to save): families of granules, horizontal velocity module (grey levels),
horizontal velocity divergence (blue/yellow) and vertical magnetic fields (red/blue isocontours)
MP4 N°10 (left click to open, right click to save): divergences (white = negative = convergent), blue continuum or families of granules where divergence > 0.0001 s-1
and magnetic fields (red/blue isocontours)
MP4 N°11 (left click to open, right click to save): corks, families of granules and magnetic fields (5 injections of corks)
Same movie with 4 injections of corks
Same movie with 3 injections of corks
MP4 N°12 (left click to open, right click to save): corks and deep magnetic fields (5 injections of corks)
Same movie with 4 injections of corks
Same movie with 3 injections of corks
Copyright © 2015 par Roudier et al, HINODE SOT/NFI/BFI data, JAXA/NASA
All rights reserved