Andres Conca

most citedThermoelectric Performance Boost by Chemical Order in Epitaxial L2

_{1}

(100) and (110) Oriented undoped Fe

_{2}

VAl Thin Films: An Experimental and Theoretical Study

1 citations · 1 across the 2 of their papers we have counts for

collaborators

2 papers

cond-mat.mtrl-sci2026

Off-stoichiometric variable doping for exceptional power factors in L2 $_{1}$ Fe $_{2}$ VAlM $_{x}$ (M=Ti, W) epitaxial thin films

Jose María Domínguez-Vázquez, Miguel Angel Tenaguillo, Ketan Lohani +7

We show that the addition of Ti or W to stoichiometric L2 $_{1}$ Fe $_{2}$ VAl thin films by sputter codeposition produces off stoichiometric thin film alloys with superior thermoelectric…

cond-mat.mtrl-sci2025★ 1 cited

Thermoelectric Performance Boost by Chemical Order in Epitaxial L2 $_{1}$ (100) and (110) Oriented undoped Fe $_{2}$ VAl Thin Films: An Experimental and Theoretical Study

José María Domínguez-Vázquez, Olga Caballero-Calero, Ketan Lohani +8

This study demonstrates the direct correlation between the presence of the L2 $_{1}$ ordered phase and the large enhancement in the thermoelectric performance of Fe $_{2}$ VAl thin films…

Off-stoichiometric variable doping for exceptional power factors in L21​ Fe2​VAlMx​ (M=Ti, W) epitaxial thin films

Thermoelectric Performance Boost by Chemical Order in Epitaxial L21​ (100) and (110) Oriented undoped Fe2​VAl Thin Films: An Experimental and Theoretical Study

Off-stoichiometric variable doping for exceptional power factors in L2 $_{1}$ Fe $_{2}$ VAlM $_{x}$ (M=Ti, W) epitaxial thin films

Thermoelectric Performance Boost by Chemical Order in Epitaxial L2 $_{1}$ (100) and (110) Oriented undoped Fe $_{2}$ VAl Thin Films: An Experimental and Theoretical Study