This thesis is focused on the development and the optimization of electrochemical metallization techniques allowing the deposition of conductive metals, silver and the copper, by electrolytic deposition or by lip (light-induced plating). Two approaches were studied to realize the front side contacts of silicon solar cells: the thickening of screen-printed contacts and the fabrication of contacts completely by electrochemical deposition without screen-printing. For this solution, the deposition of a seed layer before thickening is necessary to insure a low contact resistivity, a satisfying adhesion and selectivity through the anti-reflection coating. These objectives were reached thanks to the optimization of electroless nickel-phosphorous (...
AbstractThe high price of silver has motivated the search for new paths in regard to the front metal...
Pour ce travail de thèse, le dépôt électrochimique de Ni/Cu est étudié en tant qu’alternative à la s...
This Ph.D. thesis is focused on the development and optimization of front and rear side metallizatio...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
Cette thèse s’est focalisée sur le développement et l’optimisation de techniques de métallisation él...
The present work is an evaluation of the possibilities that electrochemical processes offer for the ...
The submitted work deals with the methods for manufacturing and analysis of contacts on crystalline ...
In this thesis work, Ni/Cu electrochemical deposition (“plating”) is studied as an alternative to th...
In this work the formation of a nickel seed layer for the front side metallization of silicon solar ...
In this thesis work, Ni/Cu electrochemical deposition (“plating”) is studied as an alternative to th...
In this thesis work, Ni/Cu electrochemical deposition (“plating”) is studied as an alternative to th...
Within this work electrochemical processes for manufacturing of novel silicon solar cells are invest...
AbstractThe high price of silver has motivated the search for new paths in regard to the front metal...
Pour ce travail de thèse, le dépôt électrochimique de Ni/Cu est étudié en tant qu’alternative à la s...
This Ph.D. thesis is focused on the development and optimization of front and rear side metallizatio...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
This thesis is focused on the development and the optimization of electrochemical metallization tech...
Cette thèse s’est focalisée sur le développement et l’optimisation de techniques de métallisation él...
The present work is an evaluation of the possibilities that electrochemical processes offer for the ...
The submitted work deals with the methods for manufacturing and analysis of contacts on crystalline ...
In this thesis work, Ni/Cu electrochemical deposition (“plating”) is studied as an alternative to th...
In this work the formation of a nickel seed layer for the front side metallization of silicon solar ...
In this thesis work, Ni/Cu electrochemical deposition (“plating”) is studied as an alternative to th...
In this thesis work, Ni/Cu electrochemical deposition (“plating”) is studied as an alternative to th...
Within this work electrochemical processes for manufacturing of novel silicon solar cells are invest...
AbstractThe high price of silver has motivated the search for new paths in regard to the front metal...
Pour ce travail de thèse, le dépôt électrochimique de Ni/Cu est étudié en tant qu’alternative à la s...
This Ph.D. thesis is focused on the development and optimization of front and rear side metallizatio...