Samedi 21 décembre 2024
St Pierre Canisius
Liste des projets gérés avec statistique
[0] |
| Projet |
Crédit |
Projet |
Crédit |
Projet |
Crédit |
|
ABC@home |
|
64149.00 |
|
|
Africa@home |
|
39713.00 |
|
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Albert@home |
|
81290.00 |
|
|
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Amicable Numbers |
|
15695901.00 |
|
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AQUA@home |
|
1752166.00 |
|
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Asteroids@home |
|
2675511.00 |
|
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Bitcoin Utopia |
|
105168000.00 |
|
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Chess960athome |
|
9718.00 |
|
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Citizen Science Grid |
|
23477.00 |
|
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Climat Prédiction |
|
262786.00 |
|
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Collatz Conjecture |
|
2822809967.00 |
|
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Constellation |
|
35360.00 |
|
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CONVECTOR |
|
5289.00 |
|
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Cosmology@home |
|
181323.00 |
|
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DENIS@Home |
|
478711.00 |
|
|
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Distributed Hardware Evo. |
|
15686630.00 |
|
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DistrRTgen |
|
16829225.00 |
|
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DNETC@HOME |
|
43261.00 |
|
|
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Docking@Home |
|
65085.00 |
|
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EDGeS@Home |
|
5428.00 |
|
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Einstein@home |
|
1013667.00 |
|
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Enigma@Home |
|
109791.00 |
|
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eOn |
|
2841.00 |
|
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FIND@Home |
|
24315.00 |
|
|
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FreeHAL@home |
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1421113.00 |
|
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GoofyxGrid@Home |
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159107.00 |
|
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GPUGRID.net |
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1819145.00 |
|
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Grid Computing Center CPU |
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21380.00 |
|
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Grid Computing Center NCI |
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9330728.00 |
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Ibercivis |
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42616.00 |
|
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iGEM@home |
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13664.00 |
|
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Kryptos@Home |
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33747.00 |
|
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Leiden Classical |
|
39733.00 |
|
|
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LHC@home Classic |
|
286674.00 |
|
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LODA |
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4925098.00 |
|
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MilkyWay@home |
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1261415.00 |
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MLC@Home |
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1476291.00 |
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Moo! Wrapper |
|
6472680.00 |
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NFS@Home |
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71330.00 |
|
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NumberFields@home |
|
1254176.00 |
|
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OProject@Home |
|
40151.00 |
|
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Orbit@home |
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16951.00 |
|
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POEM@Home |
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275555.00 |
|
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PrimeGrid@home |
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41647536.00 |
|
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Protéine Prédiction |
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11322.00 |
|
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Qmc@home |
|
76271.00 |
|
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QuChemPedIA@home |
|
1063460.00 |
|
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Rectilinear Crossing Number |
|
47286.00 |
|
|
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RieselSieve@home |
|
66595.10 |
|
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Rosetta@home |
|
314012.00 |
|
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Seasonal Attribution |
|
1513.00 |
|
|
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Seti Beta Test |
|
120262.00 |
|
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Seti@home |
|
1697859.00 |
|
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SiDock@home |
|
1221908.00 |
|
|
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Simap@home |
|
33861.00 |
|
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Spinhenge@home |
|
22346.00 |
|
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SRBase |
|
5628437.00 |
|
|
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Superlink@Technion |
|
11014.00 |
|
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Sztaki@home |
|
21294.00 |
|
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Tanpaku@home |
|
2868.49 |
|
|
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The Lattice Project |
|
8854.00 |
|
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theSkyNet POGS |
|
26887.00 |
|
|
TN-Grid |
|
1697488.00 |
|
|
|
uFluids@home |
|
26115.00 |
|
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Universe@home |
|
130667.00 |
|
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Van Der Waerden Numbers |
|
1528.00 |
|
|
|
Virtual LHC@home |
|
1265.00 |
|
|
World Community Grid |
|
12147863.09 |
|
|
WUProp@Home |
|
601271.00 |
|
|
|
XtremLab@home |
|
67.91 |
|
|
YAFU |
|
19844.00 |
|
|
Yoyo@home |
|
580049.00 |
|
| Total des crédits : 3079254901.59 |
 |
Détail d'un projet
[0]
|
Projet : Asteroids@home
Membre depuis le 08/12/2012
Team : Le portail de L'Alliance
|
Mis à jour le 21/12/2024 à 11:53:24
(UTC)
par OnlineCron
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But : Asteroids are the most numerous objects in the solar system. So far, hundreds of thousands of asteroids are known, with hundres of new discoveries every day. Altough the total number of known asteroids is large, very little is known about the physical properties of individual objects. For a significant part of the population, only the size of the bodies is known. Other physical parameters (the shape, the rotation period, direction of the rotation axis,...) are known only for hundreds of objects. Because asteroids have in general irregular shapes and they rotate, the amount of sunlight they scatter towards the observer varies with time. This variation of brightness with time is called a lightcurve. The shape of a lightcurve depends on the shape of asteroid and also on the viewing and illumination geometry. If a sufficient number of lightcurves observed under various geometries is collected, a unique physical model of the asteroid can be reconstucted by the lightcurve inversion method.
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| Sous total : 0 |
Moyenne : 0 |
Total : 2675511,00 |
Visiteurs : 105125 - connectés : 19
