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• W3216513300 endingPage "143001" @default.
• W3216513300 startingPage "143001" @default.
• W3216513300 abstract "Abstract The current state of investigation on thermoelectric properties of layered chalcogenides and oxides is considered. The relationship between the quasi-two-dimensionality of electronic transport properties and thermoelectric properties is confirmed. A decrease in the dimension of electron transport from three-dimensional to quasi-two-dimensional in materials with a layered structure increases the thermopower with a slight change in electrical conductivity. The bismuth tellurides, bismuth selenides and its alloys are currently one of the outstanding state of the art bulk thermoelectric materials with layered structure. Layered transition metal dichalcogenides MX 2 (M is a transition metal, X is a chalcogen) are efficient thermoelectric materials at higher temperatures (500–800 K). In these materials, an increase in thermoelectric properties associated with the two-dimensionalization of electron transport is also observed. Layered monochalcogenides MX (M = Sn, Pb, Ge; X = S, Se, Te) are also a promising class of thermoelectric materials. In SnSe single crystals, <?CDATA $ZTsim 2.6$?> <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML overflow=scroll> <mml:mi>Z</mml:mi> <mml:mi>T</mml:mi> <mml:mo>∼</mml:mo> <mml:mn>2.6</mml:mn> </mml:math> is obtained at 923 K due to the very low thermal conductivity along the b axis (0.23 W (m K) −1 at 973 K). Layered chalcogenides CuCrX 2 (X = S, Se, Te) containing magnetic Cr atoms are effective thermoelectrics at higher temperatures (up to 800 K) due to the presence of phonon glass–electron crystal state led to a significant decrease in thermal conductivity at high temperatures. Magnetic atoms in CuCrX 2 compounds lead to the presence of magnetic phase transitions affecting their thermoelectric properties. Interest in oxide-based thermoelectric materials has significantly increased due to their stability in air and higher temperatures for maximum efficiency. The most promising thermoelectric oxide materials Ca 3 Co 4 O 9 , Na x CoO 2 , Bi 2 Ca 2 Co 2 O x , and CaCo 2 O 4 have a layered structure and contain magnetic Co atoms leading to magnetic ordering and influence on thermoelectric properties. The presence of phase transitions affects the thermoelectric parameters of thermoelectrics and the thermoelectric figure of merit ZT ." @default.
• W3216513300 created "2021-12-06" @default.
• W3216513300 creator A5017384752 @default.
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• W3216513300 creator A5047158472 @default.
• W3216513300 creator A5078086461 @default.
• W3216513300 date "2021-12-03" @default.
• W3216513300 modified "2023-10-15" @default.
• W3216513300 title "Review of the thermoelectric properties of layered oxides and chalcogenides" @default.
• W3216513300 cites W1502994290 @default.
• W3216513300 cites W1511319599 @default.
• W3216513300 cites W1516823387 @default.
• W3216513300 cites W1570327490 @default.
• W3216513300 cites W1573782868 @default.
• W3216513300 cites W1647327494 @default.
• W3216513300 cites W1651273098 @default.
• W3216513300 cites W1653610806 @default.
• W3216513300 cites W1965163609 @default.
• W3216513300 cites W1965511715 @default.
• W3216513300 cites W1965905995 @default.
• W3216513300 cites W1980311865 @default.
• W3216513300 cites W1981156505 @default.
• W3216513300 cites W1981530076 @default.
• W3216513300 cites W1982858204 @default.
• W3216513300 cites W1984597131 @default.
• W3216513300 cites W1989770447 @default.
• W3216513300 cites W1993447019 @default.
• W3216513300 cites W1995642091 @default.
• W3216513300 cites W1999306051 @default.
• W3216513300 cites W2000021383 @default.
• W3216513300 cites W2000160377 @default.
• W3216513300 cites W2003268950 @default.
• W3216513300 cites W2005296559 @default.
• W3216513300 cites W2018026758 @default.
• W3216513300 cites W2022515109 @default.
• W3216513300 cites W2023003113 @default.
• W3216513300 cites W2025300775 @default.
• W3216513300 cites W2028095955 @default.
• W3216513300 cites W2028911515 @default.
• W3216513300 cites W2043911553 @default.
• W3216513300 cites W2044017661 @default.
• W3216513300 cites W2044209149 @default.
• W3216513300 cites W2045048386 @default.
• W3216513300 cites W2045441772 @default.
• W3216513300 cites W2046033403 @default.
• W3216513300 cites W2048377614 @default.
• W3216513300 cites W2049998411 @default.
• W3216513300 cites W2052419065 @default.
• W3216513300 cites W2058169437 @default.
• W3216513300 cites W2058701229 @default.
• W3216513300 cites W2060447245 @default.
• W3216513300 cites W2061874593 @default.
• W3216513300 cites W2065293817 @default.
• W3216513300 cites W2065349241 @default.
• W3216513300 cites W2070365158 @default.
• W3216513300 cites W2072520047 @default.
• W3216513300 cites W2075416815 @default.
• W3216513300 cites W2075645314 @default.
• W3216513300 cites W2075870617 @default.
• W3216513300 cites W2079151968 @default.
• W3216513300 cites W2079326927 @default.
• W3216513300 cites W2084246021 @default.
• W3216513300 cites W2085053075 @default.
• W3216513300 cites W2088710082 @default.
• W3216513300 cites W2094603083 @default.
• W3216513300 cites W2099545489 @default.
• W3216513300 cites W2101736917 @default.
• W3216513300 cites W2107372560 @default.
• W3216513300 cites W2113499412 @default.
• W3216513300 cites W2132352444 @default.
• W3216513300 cites W2133408675 @default.
• W3216513300 cites W2133414033 @default.
• W3216513300 cites W2133568042 @default.
• W3216513300 cites W2148596493 @default.
• W3216513300 cites W2151592156 @default.
• W3216513300 cites W2155955854 @default.
• W3216513300 cites W2171328591 @default.
• W3216513300 cites W2175477086 @default.
• W3216513300 cites W2175979431 @default.
• W3216513300 cites W2200962722 @default.
• W3216513300 cites W2312401829 @default.
• W3216513300 cites W2312465851 @default.
• W3216513300 cites W2317090590 @default.
• W3216513300 cites W2322214547 @default.
• W3216513300 cites W2344403899 @default.
• W3216513300 cites W2416114476 @default.
• W3216513300 cites W2518955382 @default.
• W3216513300 cites W2531745781 @default.
• W3216513300 cites W2560605888 @default.
• W3216513300 cites W2565010869 @default.
• W3216513300 cites W2582310419 @default.
• W3216513300 cites W2601606468 @default.
• W3216513300 cites W2613797963 @default.
• W3216513300 cites W2621278785 @default.
• W3216513300 cites W2730207120 @default.
• W3216513300 cites W2737728723 @default.
• W3216513300 cites W2761618850 @default.

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