Développement et caractérisation d’échantillons de chrome pur et d’alliages CrW pour application en fusion nucléaire

Thomas Dewez; Dmitry Terentyev

Développement et caractérisation d’échantillons de chrome pur et d’alliages CrW pour application en fusion nucléaire

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Abstract

Nuclear fusion is one of the most promising energy source to fill the world’s energetic needs in the future. The most advanced technology in this field is the nuclear fusion by magnetic confinement, used in tokamak reactors as ITER. Research in this field remains however intense and many efforts are made in material research that shall compose the structural components of future reactors. Among them, plasma facing components (PFC) shall be exposed to extreme working conditions. This work deals with the fabrication and characterization of pure Cr and Cr-W alloys in order to investigate the possibility to use it in high temperature applications such as in the divertor of a tokamak reactor.

Original language	English
Qualification	Industrial Engineer
Awarding Institution	HE2B - ISIB - Institut Superieur industriel de Bruxelles
Supervisors/Advisors	Terentyev, Dmitry, SCK CEN Mentor Licour, Caroline , Supervisor, External person
Date of Award	30 Jun 2017
State	Published - 30 Jun 2017

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Développement et caractérisation d’échantillons de chrome pur et d’alliages CrW pour application en fusion nucléaireFinal published version, 10.6 MBLicense: Unspecified

Cite this

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title = "D{\'e}veloppement et caract{\'e}risation d{\textquoteright}{\'e}chantillons de chrome pur et d{\textquoteright}alliages CrW pour application en fusion nucl{\'e}aire",

abstract = "Nuclear fusion is one of the most promising energy source to fill the world{\textquoteright}s energetic needs in the future. The most advanced technology in this field is the nuclear fusion by magnetic confinement, used in tokamak reactors as ITER. Research in this field remains however intense and many efforts are made in material research that shall compose the structural components of future reactors. Among them, plasma facing components (PFC) shall be exposed to extreme working conditions. This work deals with the fabrication and characterization of pure Cr and Cr-W alloys in order to investigate the possibility to use it in high temperature applications such as in the divertor of a tokamak reactor.",

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T1 - Développement et caractérisation d’échantillons de chrome pur et d’alliages CrW pour application en fusion nucléaire

AU - Dewez, Thomas

A2 - Terentyev, Dmitry

N1 - Score=10

PY - 2017/6/30

Y1 - 2017/6/30

N2 - Nuclear fusion is one of the most promising energy source to fill the world’s energetic needs in the future. The most advanced technology in this field is the nuclear fusion by magnetic confinement, used in tokamak reactors as ITER. Research in this field remains however intense and many efforts are made in material research that shall compose the structural components of future reactors. Among them, plasma facing components (PFC) shall be exposed to extreme working conditions. This work deals with the fabrication and characterization of pure Cr and Cr-W alloys in order to investigate the possibility to use it in high temperature applications such as in the divertor of a tokamak reactor.

AB - Nuclear fusion is one of the most promising energy source to fill the world’s energetic needs in the future. The most advanced technology in this field is the nuclear fusion by magnetic confinement, used in tokamak reactors as ITER. Research in this field remains however intense and many efforts are made in material research that shall compose the structural components of future reactors. Among them, plasma facing components (PFC) shall be exposed to extreme working conditions. This work deals with the fabrication and characterization of pure Cr and Cr-W alloys in order to investigate the possibility to use it in high temperature applications such as in the divertor of a tokamak reactor.

KW - Développement

KW - caractérisation

KW - échantillons

KW - chrome pur

KW - alliages

KW - CrW

KW - application

KW - fusion

KW - nucléaire

UR - http://ecm.sckcen.be/OTCS/llisapi.dll/open/26025472

M3 - Master's thesis

ER -