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Ultrafine-Particle Beam Deposition III: Applications to Thermoelectric Materials
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In an attempt to demonstrate a wider applicability of our handling technique of ultrafine particles, called “ultrafine particles beam deposition,” the following procedures were applied to prepare films composed of elements such as Fe, Si and/or O, which possess thermoelectric properties: (i) preparation of iron silicide alloy film derived from FeSi2+x
(-1<x<1) alloyed ultrafine particles; (ii) film formation under reactive oxidation of FeSi2+x
(0<x<1) ultrafine particles; (iii) twin-beam deposition comprising independent Fe and SiO ultrafine-particle beams. Within the limitations of our experiments, the films prepared by the third procedure were found to exhibit a Seebeck coefficient and electric conductivity very close or superior to those of the corresponding bulk material.
Title: Ultrafine-Particle Beam Deposition III: Applications to Thermoelectric Materials
Description:
In an attempt to demonstrate a wider applicability of our handling technique of ultrafine particles, called “ultrafine particles beam deposition,” the following procedures were applied to prepare films composed of elements such as Fe, Si and/or O, which possess thermoelectric properties: (i) preparation of iron silicide alloy film derived from FeSi2+x
(-1<x<1) alloyed ultrafine particles; (ii) film formation under reactive oxidation of FeSi2+x
(0<x<1) ultrafine particles; (iii) twin-beam deposition comprising independent Fe and SiO ultrafine-particle beams.
Within the limitations of our experiments, the films prepared by the third procedure were found to exhibit a Seebeck coefficient and electric conductivity very close or superior to those of the corresponding bulk material.
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