<html>  <head> <title>Cursus Matrise</title> <meta name="GENERATOR" content="Microsoft FrontPage 3.0">   <meta name="Microsoft Theme" content="blueprnt 111, default"><meta name="Microsoft Border" content="tl, default"></head>  <body background="../_themes/blueprnt/blutextb.gif" bgcolor="#FFFF99" text="#003366" link="#9900CC" vlink="#808080" alink="#CC9900"><!--msnavigation--><table border="0" cellpadding="0" cellspacing="0" width="100%"><tr><td><!--mstheme--><font face="century gothic, arial, helvetica">  <p align="center"><a href="../"><img src="../_derived/home_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Accueil" align="middle"></a> <a href="../present.html"><img src="../_derived/present.html_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Prsentation" align="middle"></a> <a href="../actu.htm"><img src="../_derived/actu.htm_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Actualits" align="middle"></a> <a href="../filieres.htm"><img src="../_derived/filieres.htm_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Filires" align="middle"></a> <a href="../enseignants/enseigna.htm"><img src="../enseignants/_derived/enseigna.htm_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Enseignants" align="middle"></a> <a href="../ressourc.htm"><img src="../_derived/ressourc.htm_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Ressources" align="middle"></a> <a href="../international.htm"><img src="../_derived/international.htm_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="International" align="middle"></a> <a href="../etudiants.htm"><img src="../_derived/etudiants.htm_cmp_blueprnt110_gbtn.gif" width="95" height="20" border="0" alt="Espace tudiants" align="middle"></a></p>  <p align="center"><img src="_derived/cursus%20MSP.htm_cmp_blueprnt110_bnr.gif" width="600" height="60" border="0" alt="Cursus Matrise"> </p>  <p align="center"><script language="JavaScript"><!-- MSFPhover =    (((navigator.appName == "Netscape") &&    (parseInt(navigator.appVersion) >= 3 )) ||    ((navigator.appName == "Microsoft Internet Explorer") &&    (parseInt(navigator.appVersion) >= 4 ))); 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    <small>1er semestre</small></small></strong></font></h1>     <!--mstheme--></font></td>     <td height="37" width="39" valign="middle" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><strong>Crs</strong></font><!--mstheme--></font></td>     <td height="37" width="40" valign="middle" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><strong>TD</strong></font><!--mstheme--></font></td>     <td height="37" width="40" valign="middle" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><font face="Arial" color="#0000A0"><strong>TP</strong></font><!--mstheme--></font></td>     <td height="37" width="40" valign="middle" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><strong>Total</strong></font><!--mstheme--></font></td>   </tr>   <tr>     <td height="1" width="41"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><a href="#UP1"><strong><font face="Arial" color="#0000A0"><small>UP1</small></font></strong></a><!--mstheme--></font></td>     <td height="1" width="344" valign="top"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>&nbsp;     Mthodes mathmatiques pour la physique&nbsp;&nbsp;<br>     &nbsp;&nbsp;Physique quantique </small><br>     <small>&nbsp; Physique statistique I</small><br>     <small>&nbsp; Physique nuclaire</small></font><!--mstheme--></font></td>     <td height="1" width="39" valign="top" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial"><small>12<br>     20<br>     20</small></font><!--mstheme--></font></td>     <td height="1" width="40" valign="top" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial"><small>12<br>     20<br>     20</small></font><!--mstheme--></font></td>     <td height="1" width="40" valign="bottom" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><small><font face="Arial">20</font></small><!--mstheme--></font></td>     <td height="1" width="40" valign="middle" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><font face="Arial"><small>124</small></font><!--mstheme--></font></td>   </tr>   <tr>     <td height="1" width="41"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><a href="#UC1"><strong><font face="Arial" color="#0000A0"><small>UC1</small></font></strong></a><!--mstheme--></font></td>     <td height="1" width="344"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>&nbsp;     Thermodynamique des solutions</small><br>     <small>&nbsp; Chimie organique I</small><br>     <small>&nbsp; Chimie inorganique I</small></font><!--mstheme--></font></td>     <td height="1" width="39" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">16<br>     14<br>     22</font><!--mstheme--></font></td>     <td height="1" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">8<br>     12<br>     11</font><!--mstheme--></font></td>     <td height="1" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>20</small></font><!--mstheme--></font></td>     <td height="1" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">103</font><!--mstheme--></font></td>   </tr>   <tr>     <td height="41" width="538" colspan="6"><!--mstheme--><font face="century gothic, arial, helvetica"><h1><font face="Arial" color="#0000A0"><small><strong>&nbsp;     <small>2me semestre</small></strong></small></font></h1>     <!--mstheme--></font></td>   </tr>   <tr>     <td height="12" width="41"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><a href="#UP2"><strong><font face="Arial" color="#0000A0"><small>UP2</small></font></strong></a><!--mstheme--></font></td>     <td height="12" width="344"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>&nbsp;&nbsp;Physique     subatomique</small><br>     <small>&nbsp; Physique atomique et molculaire</small><br>     <small>&nbsp; Physique du solide</small></font><!--mstheme--></font></td>     <td height="12" width="39" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>12</small><br>     <small>28</small><br>     <small>32</small></font><!--mstheme--></font></td>     <td height="12" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">10<br>     15<br>     24</font><!--mstheme--></font></td>     <td height="12" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">20</font><!--mstheme--></font></td>     <td height="12" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">141</font><!--mstheme--></font></td>   </tr>   <tr>     <td height="60" width="41"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><a href="#UC2"><strong><font face="Arial" color="#0000A0"><small>UC2</small></font></strong></a><!--mstheme--></font></td>     <td height="60" width="344"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>&nbsp; Structure et     proprits des molcules</small><br>     <small>&nbsp; Cintique chimique</small><br>     <small>&nbsp; Chimie organique II</small><br>     <small>&nbsp; Chimie inorganique II</small></font><!--mstheme--></font></td>     <td height="60" width="39" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>12</small><br>     <small>12</small><br>     <small>14</small><br>     <small>12</small></font><!--mstheme--></font></td>     <td height="60" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">12<br>     6<br>     12<br>     6</font><!--mstheme--></font></td>     <td height="60" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">20</font><!--mstheme--></font></td>     <td height="60" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">106</font><!--mstheme--></font></td>   </tr>   <tr>     <td height="57" width="41"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><a href="#Unit de mention physique (UMP)"><strong><font face="Arial" color="#0000A0"><small>UMP</small></font></strong></a><!--mstheme--></font></td>     <td height="57" width="344"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>&nbsp;     Electromagntisme et optique</small><br>     <small>&nbsp; Physique statistique II</small><br>     <small>&nbsp; Electronique&nbsp;</small></font><!--mstheme--></font></td>     <td height="57" width="39" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">25<br>     12<br>     </font><!--mstheme--></font></td>     <td height="57" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">15<br>     8<br>     </font><!--mstheme--></font></td>     <td height="57" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">12<br>     <br>     8</font><!--mstheme--></font></td>     <td height="57" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font size="2" face="Arial" color="#0000A0">80</font><!--mstheme--></font></td>   </tr>   <tr>     <td height="1" width="41" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><p align="center"><a href="#Unit de mention chimie (UMC)"><strong><font face="Arial" color="#0000A0"><small>UMC</small></font></strong></a><!--mstheme--></font></td>     <td height="1" width="344"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>&nbsp;&nbsp;Electrochimie</small><br>     <small>&nbsp; Chimie organique III</small></font><!--mstheme--></font></td>     <td height="1" width="39" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>12</small><br>     <small>23</small></font><!--mstheme--></font></td>     <td height="1" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>12</small><br>     <small>13</small></font><!--mstheme--></font></td>     <td height="1" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>20</small></font><!--mstheme--></font></td>     <td height="1" width="40" align="center" valign="middle"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><small>80</small></font><!--mstheme--></font></td>   </tr>   <tr>     <td height="37" width="497" colspan="5" align="center"><!--mstheme--><font face="century gothic, arial, helvetica"><strong><font face="Arial" color="#0000A0">Volume horaire global</font></strong><!--mstheme--></font></td>     <td height="2" width="40" align="right"><!--mstheme--><font face="century gothic, arial, helvetica"><font face="Arial" color="#0000A0"><strong>634</strong></font><!--mstheme--></font></td>   </tr> </table><!--mstheme--><font face="century gothic, arial, helvetica"> </center></div><b><u>  <p ALIGN="left"></u><a name="UC1"><font face="Arial"><big>UC1</big></font></a><u></p> <font size="1">  <p ALIGN="left"></font></u><font face="Arial" size="3">Thermodynamique des solutions</font></b></p>  <blockquote>   <p ALIGN="left"><font face="Arial"><small>Gnralits. Potentiels chimiques. Conditions   d'quilibre des systmes mono- ou polyphasiques.</small><br>   <small>Les solutions parfaites : Fonctions thermodynamiques. Solubilit. Systmes   binaires.</small><br>   <small>Les solutions relles : Stabilit thermodynamique. Solutions rgulires et   athermiques. Azotropes et eutectiques. </small><br>   <small>Les solutions collodales : Molcules amphiphiles. Micromulsions. Interactions   molculaires. </small></font><b></p> </blockquote>  <p ALIGN="left"><font face="Arial" size="3">Chimie organique I</font></b></p>  <blockquote>   <p ALIGN="left"><font face="Arial"><small>Structures molculaires</small><br>   <small>Les composs polyfonctionnels : Concept de polymre. Macromolcules. Relation   structure-proprit. </small><br>   <small>Mthodes de polymrisation</small></font></p> </blockquote> <b>  <p ALIGN="left"><font face="Arial" size="3">Chimie inorganique I</font></b></p>  <blockquote>   <p ALIGN="JUSTIFY"><font face="Arial"><small>Introduction  la chimie du solide </small><br>   <small>Liaison dans les solides et proprits de transport</small><br>   <small>Proprits optiques des solides</small><br>   <small>Matriaux magntiques</small></font></p> </blockquote>  <p>&nbsp;</p>  <p><a name="UC2"><font face="Arial"><b><big>UC2</big></b></font></a></p>  <p><font face="Arial" size="3"><b>Structure et proprits lectroniques des molcules</b></font></p>  <blockquote>   <p ALIGN="JUSTIFY"><font size="2" face="Arial">Rappels et complments. Thorie des   groupes. <br>   Structure et proprits lectroniques des molcules. <br>   Transitions lectroniques dans les molcules. Rgles de slection. <br>   Spectroscopies optiques. Fluorescence. Phosphorescence.</font></p> </blockquote> <font size="1">  <p ALIGN="left"></font><strong><font face="Arial" size="3">Cintique chimique</font></strong></p>  <blockquote>   <p ALIGN="JUSTIFY"><font face="Arial"><small>Vitesse d'une raction chimique.&nbsp; Bilan   de matire. </small><br>   <small>Activation thermique&nbsp;: loi d'Arrhnius. </small><br>   <small>Mcanismes ractionnels.</small><br>   <small>Catalyse.</small></font><b><u></p>   </u></b> </blockquote> <b><u><font size="1">  <p></font></u><font face="Arial" size="3">Chimie organique II</font></b></p>  <blockquote>   <p><font face="Arial"><small>Les mcanismes ractionnels. Problmes de synthse.</small><br>   <small>Relation structure/ractivit. Effets striques.</small></font></p>   <b> </blockquote> <font size="1">  <p></font><font face="Arial" size="3">Chimie inorganique II</font></b></p>  <blockquote>   <p><font face="Arial"><font size="2">Structure et proprits des solides cristallins.<br>   Le cristal rel ; dfauts.<br>   Les composs non-st&#156;chiomtriques. <br>   La diffusion des atomes et des ions dans les solides : applications.<br>   Etude de quelques mtaux et non-mtaux et de leurs drivs</font><small>.</small></font></p>   <p><font face="Arial"><small>Elaboration et caractrisation de matriaux de l'tat   solide (TP)</small></font></p> </blockquote> <u>  <p ALIGN="left">&nbsp;</p>  <p ALIGN="left"></u><a name="Unit de mention chimie (UMC)"><font size="4" face="Arial"><b>Unit de mention chimie (UMC)</b></font></a></p>  <p><b><font face="Arial" size="3">Electrochimie</font><u></p>  <blockquote>   <p></u></b><font face="Arial"><small>L'quilibre lectrochimique</small><strong><br>   </strong><small>Le potentiel lectrochimique, critre d'quilibre. Relation de Nernst. </small><br>   <small>Le modle de la double couche - stabilit -tension interfaciale. Potentiel de   jonction - potentiel de membrane.</small></font></p>   <p><font face="Arial"><small>Systmes lectrochimiques hors quilibre</small><strong><br>   </strong><small>Forces et flux gnraliss : Loi de Fick. Equation gnrale du   transport dans une cellule lectrochimique</small><br>   <small>Le systme diffusif. Cintique du transfert de charge. </small></font></p>   <p><font face="Arial"><small>Applications des mthodes lectrochimiques</small></font></p> </blockquote>  <p><b><font face="Arial">Chimie organique III</font><u></p> </u>  <blockquote>   <p></b><font face="Arial"><small>Mthodologie pour l'laboration d'une stratgie de   synthse.</small><br>   <small>Mcanismes ractionnels. </small><br>   <small>Mthodes d'analyse.</small></font></p> </blockquote> <b>  <p>&nbsp;</p>  <p><a name="Unit de mention physique (UMP)"><font face="Arial"><big>Unit de mention physique (UMP)</big></font></a></p>  <p><font face="Arial"><font size="3">Physique Statistique II - </font>Gaz parfaits quantiques</font><font size="1"></p> </font>  <blockquote>   <p></b><font size="2" face="Arial">Gaz de Fermions indpendants<b><br>   </b>Proprits gnrales. Comportement  basse temprature. </font><b></p>   <p></b><font size="2" face="Arial">Gaz de Bosons indpendants<b><br>   </b>Le phnomne de condensation de Bose. <br>   Rayonnement du corps noir. Formule de Planck. La pression de radiation. </font><b></p> </blockquote>  <p><font face="Arial">Electromagntisme et Optique</font></p>  <blockquote>   <font size="1"><p></font></b><font face="Arial"><small>L</small><font size="2">a thorie   lectromagntique<b>. </b>Equations de Maxwell. Propagation d'une onde plane. <br>   Rflexion et Rfraction. Formules de Fresnel. Ondes vanescentes. <br>   Milieux anisotropes. Birfringence.<br>   L'mission stimule. Masers et Lasers. </font><br>   <small>Guides d'ondes et cavits rsonnantes. </small></font></p>   <p><font face="Arial"><small>Travaux pratiques d'lectromagntisme et d'optique : </small><br>   <small>Sources de lumire. Cohrence en optique. Matriaux anisotropes. Diffraction et   optique de Fourier.</small></font></p> </blockquote>  <p><font face="Arial"><strong>Electronique</strong></font></p> <b><u>  <blockquote>   <p ALIGN="JUSTIFY"></u></b><font face="Arial"><small>Travaux pratiques</small> <small>:</small><br>   <small>Modulation de frquence, modulation d'amplitude. Dtection synchrone. Analyseur   de spectre.</small></font></p> </blockquote> <b><u>  <p ALIGN="left">&nbsp;</p>  <p ALIGN="left"></u><a name="UP1"><font face="Arial"><big>UP1</big></font></a></p>  <p ALIGN="left"><font face="Arial" size="3">Mthodes mathmatiques pour la physique</font></b></p>  <blockquote>   <p ALIGN="JUSTIFY"><font face="Arial"><b><small>Complments&nbsp; d'algbre</small><br>   </b><small>- Espaces vectoriels. Espaces euclidiens et hermitiens.</small></font><b></p>   <p ALIGN="JUSTIFY"><font face="Arial"><small>Complments d'analyse</small><br>   </b><small>- Rsolution d'quations diffrentielles  l'aide de sries.</small><br>   <small>- Transformation de Fourier. Distribution de Dirac. Produit de convolution.</small><br>   <small>- Equations aux drives partielles : quations de Laplace, de   Schrdinger,...&nbsp; </small></font><b></p> </blockquote> <u>  <p></u><font face="Arial" size="3">Physique quantique</font></b></p>  <blockquote>   <p ALIGN="JUSTIFY"><font size="2" face="Arial">Rappels de mcanique analytique. Postulats   de la mcanique quantique.<br>   Le puits de potentiel infini  une dimension.<br>   Le moment cintique en mcanique quantique.<br>   Systme dans un potentiel central. Exemple : l'atome d'hydrogne.<br>   Couplage de deux moments cintiques. Le spin.<br>   Mthodes d'approximations. </font></p>   <b> </blockquote> <u>  <p></u><font face="Arial" size="3">Physique statistique I</font></b></p>  <blockquote>   <p ALIGN="JUSTIFY"><font face="Arial"><small>Notions fondamentales</small><b><br>   </b><small>Ensemble microcanonique. Entropie statistique</small><br>   <small>Ensemble canonique : Systme en contact avec un rservoir d'nergie </small><br>   <span style="text-align: left"><small>Ensemble grand-canonique : Systme en contact avec   un rservoir de particules</small></span></font><b></p> </blockquote> <u>  <p ALIGN="left"></u><font face="Arial" size="3">Physique nuclaire</font></b></p>  <blockquote>   <p ALIGN="JUSTIFY"><font face="Arial"><span style="text-align: left"><small>Compteur   Geiger-Mller - Etudes statistiques - Dtermination de l'activit d'une source.</small><br>   <small>Spectromtrie gamma - Dtecteur  scintillation.</small><br>   <small>Mesure de la priode de radiolments activs par neutrons.</small><br>   <small>Absorption du rayonnement gamma dans la matire.</small></span></font></p> </blockquote>  <p>&nbsp;</p>  <p ALIGN="left"><a name="UP2"><font face="Arial"><b><big>UP2</big></b></font></a></p> <font SIZE="1">  <p ALIGN="left"></font><strong><font face="Arial" size="3">Physique subatomique</font></strong></p>  <blockquote>   <p ALIGN="JUSTIFY"><font face="Arial"><small>Introduction</small>. <small>Classifications   des particules lmentaires. </small><br>   <small>Interactions fondamentales.</small><br>   <small>Modles nuclaires : Modle de Fermi, modle en couches.</small><br>   <small>Interaction des particules avec la matire et dtection. </small><br>   <small>Energie nuclaire : fusion, fission.</small><br>   <small>Astrophysique nuclaire. Modle du Big Bang. Nuclosynthse primordiale.</small></font><b></p>   </b> </blockquote> <b><u>  <p></u></b><strong><font face="Arial" size="3">Physique atomique et molculaire</font></strong></p>  <blockquote>   <p><font face="Arial"><small>Techniques exprimentales en spectroscopie. </small><br>   <small>Gnralits. Instrumentation. Les sources de rayonnement.</small></font><b></p>   </b><p><font face="Arial"><small>Physique atomique</small><br>   <small>- Spectres atomiques. Structure fine et spin de l'lectron. </small><br>   <small>- Effets Zeeman et Stark.</small></font></p>   <p><font face="Arial"><small>Physique molculaire</small><br>   <small>- Approximation de Born-Oppenheimer.</small><br>   <small>- Molcules polyatomiques. Les spectres lectroniques.</small></font></p>   <p><font face="Arial"><small>Rsonances magntique, lectronique et nuclaire</small><br>   <small>- Rappel sur l'effet Zeeman. Rsonance Paramagntique Electronique (RPE). </small><br>   <small>- Rsonance Magntique Nuclaire (RMN). Dplacement chimique.</small></font><b></p>   </b> </blockquote>  <p><font face="Arial" size="3"><b>Physique du solide</b></font></p>  <blockquote>   <p><font size="2" face="Arial">Structures cristallines. Diffractions X et neutrons.<br>   Vibrations et proprits thermiques. <br>   Bandes d'nergie : Equation d'onde d'un lectron dans un potentiel priodique. <br>   Le gaz de Fermi. Proprits thermiques des mtaux.<br>   Conducteurs et semi-conducteurs. Supraconducteurs. <br>   Jonction p-n et dispositifs associs.<br>   Proprits dilectriques et magntiques des solides. </font><b><u></p>   <p></u><font face="Arial"><small>Travaux pratiques de physique du solide</small><br>   </b><small>- Proprits dilectriques en basse frquence et aux hyperfrquences.</small><br>   <small>- Proprits magntiques. Susceptibilit d'un sel paramagntique. Le   transformateur et la permabilit d'un ferrite.</small><br>   <small>- L'effet Hall dans les semi-conducteurs et conducteurs.</small><br>   <small>- Proprits optolectroniques. Spectres d'mission des diodes   lectroluminescentes et des diodes lasers. </small><br>   <small>- Proprits lectriques des jonctions de semi-conducteurs.</small><br>   <small>- Structure de la matire. Diffraction des rayons X. Rsonance Paramagntique   lectronique.</small></font><u></p>   </u> </blockquote> &nbsp;<!--mstheme--></font><!--msnavigation--></td></tr><!--msnavigation--></table></body> </html> 
