Thermophysical Properties of Metal-Insulator Transition Materials During Phase Transition for Thermal Control Devices

•For a multifunctional passive thermal control device, MIT materials were focused.•As MIT materials, LSMO, LPMO, VO2 and VWO2 were selected.•VWO2 aims to reduce the phase transition temperature lower than that of VO2.•These thermophysical properties with self-made materials were evaluated.•Consideri...

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Veröffentlicht in:	International journal of heat and mass transfer 2021-02, Vol.166, p.120631, Article 120631
Hauptverfasser:	Ueno, Ai, Kim, Jihoon, Nagano, Hosei
Format:	Artikel
Sprache:	eng
Schlagworte:	Control equipment Differential scanning calorimetry Emittance Heat conductivity Heat measurement Heat storage Heat transfer Insulators Manganese Materials selection Metal-insulator transition Oxygen consumption Perovskites Phase transitions Plasma sintering Properties (attributes) Spark plasma sintering Specific heat Temperature Temperature dependence Thermal conductivity Thermal control devices Thermophysical properties Total hemispherical emittance Transition temperature Tungsten Vanadium dioxide
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