01trajet99.jpg
trajet de l'eclipse 1999 sur la France 
02europe.gif 
trajet sur l'europe
05e99clouds.jpg 
Le ciel était nuageux et seulement 10% des personnes présentes
en Lorraine, dans la bande de totalité, ont eu la chance de pouvoir
assister à la totalité.
06e99t3.jpg 
Juste avant la totalité les grains de Bailey et les éruptions
solaires sont déja visible
07e99baileys.jpg 
les derniers grains de Baileys ( que l'on nomme également le
collier de perles ) et le diamant qui commence à apparaître
08e99diamond.jpg 
12 heures 27 minutes et 54 secondes ( heure locale )début
de l'éclipse totale; dernier rayon de soleil se difractant en rasant
le sol lunaire produit le diamant
09Reims.mov 
Une animation de l'eclipse prise au moment de la totalité à
Reims
09eclipse99_mir.jpg 
Looking Back on an Eclipsed Earth
Credit: Mir 27 Crew; Copyright: CNES
Explanation: Here is what the Earth looks like during a solar eclipse.
The shadow of the Moon can be seen darkening part of
Earth. This shadow moves across the Earth at nearly 2000 kilometers
per hour. Only observers near the center of the dark
circle see a total solar eclipse - others see a partial eclipse where
only part of the Sun appears blocked by the Moon. This
spectacular picture of the 1999 August 11 solar eclipse was one of
the last ever taken from the Mir space station, as Mir is
being decommissioned after more than ten years of productive use.
10c2_1028.gif 
L'image prise au moment de la totalité par le coronographe
C2 du satellite SOHO situé au point de Lagrange soit 3 fois plus
loin de la terre que l'orbite de la Lune
eclipse de 1970
13ecl3.jpg 
eclipse 1970 mosaique
14ecl1.jpg 
eclipse 1970 grain de bailley
15ecl2.jpg 
eclipse 1973 couronne solaire
16ecl4.jpg 
couronne solaire
PHOTOS GUADELOUPE 26 fevrier 1998
2198TSE1.jpg 
Composite Photograph of the 1998 Solar Corona ©1998 Photo
by Fred Espenak
Oranjestad, Aruba
Using a computer, Fred Espenak combined 6
separate photographs to produce the final image of the total solar
eclipse of February 26, 1998. The special
processing captures both bright and faint details and closely resembles
the corona's appearance seen with the naked
eye.
Celestron 80mm f/8 flourite refractor (fl=640
mm), Kodak Royal Gold 100
Exposures: 1/125, 1/60, 1/15, 1/8, 1/4 and
2 sec.
2298Diamond.jpg 
Classic Diamond Ring - 1998 Feb 26 ©1998 Photo by Fred Espenak
Oranjestad, Aruba
A brilliant bead of sunlight reappears along
the Moon's rim as the total eclipse ends. The Sun's faint corona quickly
fades from view during the "diamond ring"
effect. And everyone asks "When is the next total eclipse?!"
27guad0.jpg eclipse
partielle 
28GUAD1.jpg
eclipse juste avant la totalité avec un grain de Bailley
29guad2.jpg
eclipse totale et couronne solaire
1994/1995
31TSE95_50mm.jpg 
Total Solar Eclipse of 1995 October 23
©1997 Photo by Fred Espenak and Ken Bertin
32TSE95.gif 
Totality - Solar Corona ©1995 Photo by Fred Espenak
Dundlod, India
Sigma 400mm APO f/5.6 lens with a 2x converter
to give 800 mm at f/11, exposure 1 second on Royal Gold
100.
3395SEComp1.jpg 
Enhanced Image of the 1995 Solar Corona ©1995 Photo by Fred
Espenak
Dundlod, India
Sigma 400mm APO f/5.6 lens with a 2x converter
(800 mm, f/11)
34Bailys.gif
.
Baily's Beads Sequence at Third Contact ©1995 Photo by Fred
Espenak
Dundlod, India
AstroPhysics 105EDT f/5.8 refractor with a
2x converter to give 1260 mm at f/11, exposure 1/125 on Kodak
Elite 100.
35eclips94.mpg
This movie is of the 1994 solar eclipse. It was taken by Fred Espenak
of the NASA Goddard Space Flight Center Laboratory
for Extraterrestrial Physics
Trajet de l'éclipse 1999 
Eclipse 1977 couronne solaire 
Eclipse 1991 Couronne Solaire 
Chromosphere et éruptions 
Eclipses en Europe 2000 à2099 
Eclipses Monde de 2000 à 2020 
Eclipse à Thionville 
