Magnesioreduction Synthesis of Co-Doped beta-FeSi2: Mechanism, Microstructure, and Improved Thermoelectric Properties

Sylvain Le Tonquesse; Zelia Verastegui; Helene Huynh; Vincent Dorcet; Quansheng Guo; Valérie Demange; Carmelo Prestipino; David Berthebaud; Takao Mori; Mathieu Pasturel

doi:10.1021/acsaem.9b01426

Journal articles

Magnesioreduction Synthesis of Co-Doped beta-FeSi2: Mechanism, Microstructure, and Improved Thermoelectric Properties

Sylvain Le Tonquesse ^{1, 2} Zelia Verastegui ¹ Helene Huynh ³ Vincent Dorcet ^{1, 2} Quansheng Guo ³ Valérie Demange ^{1, 2} Carmelo Prestipino ^{1, 2} David Berthebaud ³ Takao Mori ³ Mathieu Pasturel ^{1, 2, *}

* Corresponding author

1 ISCR - Institut des Sciences Chimiques de Rennes

2 ScanMAT - Synthèse Caractérisation Analyse de la Matière

3 NIMS - National Institute for Materials Science

Keywords : mesostructure Iron silicide Thermoelectrics Magnesiothermy Mesostructuration Stacking faults Thermal conductivity

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Chemical Sciences

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Submitted on : Tuesday, February 11, 2020 - 4:34:27 PM
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Magnesioreduction Synthesis of Co-Doped beta-FeSi2: Mechanism, Microstructure, and Improved Thermoelectric Properties

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Magnesioreduction Synthesis of Co-Doped beta-FeSi2: Mechanism, Microstructure, and Improved Thermoelectric Properties

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