Aller au contenu
Aller au fil d'ariane
Espace ADUM
FR
|
EN
Doctorat Toulouse
DOCTORAT DE L'UNIVERSITE DE TOULOUSE
l'École des Docteurs de Toulouse (EDT)
Les établissements
Les écoles doctorales
Conseil de la politique doctorale
FAIRE UN
DOCTORAT
Faire un doctorat
Vie doctorante
S'inscrire / se réinscrire
Cotutelle de thèse
Soutenir sa thèse
Dérogation HDR
LES FORMATIONS
Les offres de formation
Les itinéraires de formation
S'inscrire
INTERNATIONALISATION
Les programmes
Programme China Scholarship Council (CSC)
La mobilité internationale
Banque internationale de sujets
APRÈS LE
DOCTORAT
L'observatoire du doctorat
Toulouse Alumni Docteurs
Les offres d'emploi
LI WU - Soutenance en cours de traitement
Projet professionnel :
1st phase: September 2012 - December 2012Work to be done:
Research literature on the state of the art of the problem of processing biomass in general, and techniques of pyrolysis and thermal depolymerization in particular.
Expected results:
Report on the state of the art.
2nd phase: January 2013 - June 2013
Work to be done:
Identification of biomass in the Midi-Pyrenees, the choice of one or more target candidates; bibliographic research of thermal and electrical properties
setting up experiments to determine the electrical properties of targets, including the permittivity and loss tangent around the frequency 2.45 GHz
Expected results:
Detailed description of the experiments; bibliographic review and comparison of laboratory experience.
3rd phase: July 2013 - October 2013
Work to be done:
Study of the technique of conventional thermal depolymerization
Establishing a model of heat transfer using finite element method based multiphysics simulation software (eg COMSOL Multiphysics)
Expected results:
Detailed model development and validation of cases identified with literature reviews.
4th phase: November 2013 - April 2014.
Work to be done:
Multiphysics simulation study of the problem of energy conversion between microwave applicators and depolymerization unit
optimizing the conversion efficiency
Expected results:
Detailed report on the simulations; configuration of the optimized microwave applicator.
5th phase: May 2014 - February 2015.
Work to be done:
Design of the entire applicator unit depolymerization
Design of monitoring and control unit
Completion of the pilot machine
Expected results:
Manufacture and installation of the pilot machine.
Sixth phase: March 2015 - July 2015.
Work to be done:
Testing of the pilot machine with biomass types studied in phase 3 and 4
Analysis of the operation of the machine.
Expected results:
Report on the outcome of the pilot machine.
Manuscript and defense
The manuscript will be held in parallel with Phase 6, between March and July 2015 in order to be considered by the rapporteurs in the summer of 2015. The defense will be held in autumn 2015.
Doctorat
Thèse soutenue le
17 décembre 2015 -
Institut National Polytechnique de Toulouse
Ecole doctorale
:
GEETS - Génie Electrique Electronique,Télécommunications et Santé : du système au nanosystème
Sujet
: Contribution à l'étude multi-physique du chauffage de milieux poreux par énergie radiofréquence intermittente dans une cellule coaxiale
Mots-clés de la thèse
: RF,multi-physique,milieux poreux,permittivité effective,cellule coaxiale,
Direction de thèse
: Junwu TAO
Co-encadrement de thèse
: Jean-Louis LACOUT
Unité de recherche :
LAPLACE - Laboratoire PLAsma et Conversion d'Énergie UMR 5213
- Toulouse
Intitulé de l'équipe :
GRE - Groupe de recherche en Electromagnétisme
Diplôme étranger - bachelor of science degree
obtenu en juin 2010 - Sichuan University
Option :
Electronique
Langues Vivantes :
Anglais
B1 - Intermédiaire -
Français
B1 - Intermédiaire -
Chinois
C2 - Maternel
Dernière mise à jour le 1 décembre 2015