The paper analyzes the works of the last decade on the study of ionic conductivity, thermoelectric, photovoltaic, photocatalytic, optical, etc. properties of the argyrodite family …
Thermodynamic properties of bismuth chalcoiodides were determined experimentally by means of the electromotive force method (EMF) measurements of the (−) Bi (solid)/ionic …
X Qi, J Chen, K Guo, S He, J Yang, Z Li, J Xing… - Chemical Engineering …, 2019 - Elsevier
Abstract Even though Ag 9 GaSe 6 shows competitive thermoelectric performance comparing with commercial thermoelectric materials, the thermal stability of this argyrodite …
Abstract The Ag-Tl-Te system was studied using the EMF method with a solid Ag+ conducting electrolyte Ag 4 RbI 5 in the temperature range 295–450 K. Previously …
I Semkiv, H Ilchuk, N Kashuba - Low Temperature Physics, 2022 - pubs.aip.org
A basic study of the low-temperature photoluminescence of an Ag 8 SnSe 6 argyrodite compound is reported. Measurements were performed on wafers grown by the direct melting …
Abstract The AgFeSe 2 and Ag 2 FePbSe 4 compounds within the phase region Ag 2 Se– PbSe–Se–FeSe 0.96–Ag 2 Se (I) of the Ag–Fe–Pb–Se system were obtained from the melt …
In connection with the contradictoriness of literature data, phase equilibria in the Ag–Sn–Se system were restudied by differential thermal analysis and X-ray powder diffraction analysis …
Based on the literature data on the phase formation of the Ag–Te–Br system in the part AgBr– Ag 2 Te–Te (I) and the results of the electromotive force (EMF) measurements of the …
Abstract The system Ag-Sn-Se in the region of Ag 2 Se-SnSe-Se composition is studied by measuring EMF of cells with Ag 4 RbI 5 solid electrolyte in the temperature interval of 300 …