File list

Jump to: navigation, search

This special page shows all uploaded files that have not been deleted; for those see the upload log.

File list
 
Date Name Thumbnail Size Description
13:10, 24 July 2015 Mie scattering - scattering efficiency as a function of refractive index and size parameter.png (file) 379 KB User created page with UploadWizard
09:35, 22 July 2015 Mie scattering - geometry and notations.svg (file) 14 KB User created page with UploadWizard
15:21, 21 July 2015 Diffusion de Mie - Efficacité de diffusion en fonction du paramètre de taille.svg (file) 196 KB Further bug corrections...
23:06, 2 June 2008 Poincaré Thermodynamique Fig6.png (file) 3 KB {{Information |Description={{en|1=Illustration from the book Image:Poincaré - Thermodynamique (ed. 1908).djvu, for use in Wikisource.}} {{fr|1=Illustration du livre Image:Poincaré - Thermodynamique (ed. 1908).djvu, destinée à Wikisource.}} |
18:45, 27 May 2008 Poincaré Thermodynamique Fig5.png (file) 5 KB {{Information |Description=Illustration from the book Image:Poincaré - Thermodynamique (ed. 1908).djvu, for use in Wikisource. |Source=Thermodynamique, Poincaré, ed 1908 |Date=1908 |Author=w:fr:Henri Poincaré |Permission= |other_versions= }}
17:58, 27 May 2008 Poincaré Thermodynamique Fig4.png (file) 5 KB {{Information |Description=Illustration from the book Image:Poincaré - Thermodynamique (ed. 1908).djvu, for use in Wikisource. |Source=Thermodynamique, Poincaré, ed 1908 |Date=1908 |Author=w:fr:Henri Poincaré |Permission= |other_versions= }}
17:48, 27 May 2008 Poincaré Thermodynamique Fig3.png (file) 4 KB {{Information |Description=Illustration from the book Image:Poincaré - Thermodynamique (ed. 1908).djvu, for use in Wikisource. |Source=Thermodynamique, Poincaré, ed 1908 |Date=<1908 |Author=w:fr:Henri Poincaré |Permission= |other_versions= }}
16:57, 27 May 2008 Poincaré Thermodynamique Fig2.png (file) 2 KB {{Information |Description=Illustration from the book Image:Poincaré - Thermodynamique (ed. 1908).djvu, for use in Wikisource. |Source=Thermodynamique, Poincaré, ed 1908 |Date=1908 |Author=w:fr:Henri Poincaré |Permission= |other_versions= }}
19:00, 26 May 2008 Poincaré Thermodynamique Fig1.png (file) 3 KB {{Information |Description=Illustration from the book Image:Poincaré - Thermodynamique (ed. 1908).djvu, for use in Wikisource. |Source=Thermodynamique, Poincaré, ed 1908 |Date=<1908 |Author=w:fr:Henri Poincaré |Permission= |other_versions= }}
02:18, 28 February 2008 State decision in KMC.svg (file) 7 KB thumb|Accessible states. {{Information |Description='''English''' : Second step of a kinetic Monte-Carlo simulation, illustrated in the case of four possible final states. The state you go into is determined by a random va
01:54, 28 February 2008 Taux de transfert.svg (file) 9 KB Using the Path-->Stroke to path tip from the FAQ for arrows; Using Standard Symbols for Unicode + Serif Γ
10:20, 6 February 2007 TiSa crystal.jpg (file) 726 KB Cristal de titane saphir en fonctionnement. L'angle du cristal est l'angle de Brewster pour minimiser les pertes. La lumière détectée provient de l'émission spontanée du cristal autour de 800nm. Category:Physics
10:12, 6 February 2007 TiSa laser.jpg (file) 3.05 MB Laser Titane Saphir en fonctionnement. Le laser de pompe vert sert à créer une inversion de population dans le cristal. English: Titanium-Sapphire laser. The green pump laser creates a population inversion in the crystal. Category:Physics
03:27, 6 February 2007 Mesure quantique2.png (file) 5 KB Simulation numérique des résultats obtenus lors de la mesure de la position d'une particule (nombre total de mesures n=5000). L'état de la particule est <math>\psi(x)=\frac{1}{\sqrt{2\sqrt{2\pi}}}(\exp((x-x_0)^2/4)+\exp((x+x_0)^2/4))</math>.
03:14, 6 February 2007 Mesure quantique1.png (file) 5 KB Résultats obtenus lors de la mesure de la position d'une particule.