Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912762081> ?p ?o ?g. }
- W2912762081 endingPage "183002" @default.
- W2912762081 startingPage "183002" @default.
- W2912762081 abstract "Chemical bond hierarchy (CBH) depicts a unique structural type of solids, in which fractions of the materials are loosely bonded in a relatively rigid framework. The weak bonding in materials with CBH induces special atomic vibrational motions and has a significant influence on the thermoelectric transport properties. The architecture of compounds with CBH was first proposed by Slack in his 'phonon glass electron crystal' paradigm and has led to the discovery of numerous new thermoelectric compounds over the years. This review covers various types of thermoelectric materials with different levels of CBH, focusing on their lattice thermal conductivities (κLs). Caged compounds, with foreign impurities in the cages as the rattlers, are the first type of compounds stimulating the study of CBH. The fillers in both the clathrates and the filled skutterudites greatly reduce the κL accompanied by abnormal temperature dependence. As reviewed herein, the reduced κL is attributed to different mechanistic sources, i.e., the resonant scattering or the enhanced anharmonic phonon scatterings. Both may contribute to the κL reductions. In recent years, more materials with different types of CBH have been discovered, some containing complex atomic clusters as the rattlers, and others having flowing atoms that cause multiple equilibrium sites and even liquid-like behaviors. All CBHs strongly interfere with the heat transport of the corresponding materials. Future perspectives and possible research directions for thermal transport in thermoelectric materials with CBH have also been summarized herein." @default.
- W2912762081 created "2019-02-21" @default.
- W2912762081 creator A5000370864 @default.
- W2912762081 creator A5010008442 @default.
- W2912762081 creator A5012206972 @default.
- W2912762081 creator A5014726262 @default.
- W2912762081 creator A5025873597 @default.
- W2912762081 creator A5057360259 @default.
- W2912762081 creator A5068604378 @default.
- W2912762081 date "2019-03-07" @default.
- W2912762081 modified "2023-10-18" @default.
- W2912762081 title "Thermal transport in thermoelectric materials with chemical bond hierarchy" @default.
- W2912762081 cites W1497578559 @default.
- W2912762081 cites W1645049671 @default.
- W2912762081 cites W1653949221 @default.
- W2912762081 cites W1668428185 @default.
- W2912762081 cites W1754932684 @default.
- W2912762081 cites W1979150579 @default.
- W2912762081 cites W1979321484 @default.
- W2912762081 cites W1980728552 @default.
- W2912762081 cites W1986081941 @default.
- W2912762081 cites W1988502012 @default.
- W2912762081 cites W1990141359 @default.
- W2912762081 cites W1990951925 @default.
- W2912762081 cites W1995997336 @default.
- W2912762081 cites W199930445 @default.
- W2912762081 cites W2000857547 @default.
- W2912762081 cites W2002765649 @default.
- W2912762081 cites W2013724194 @default.
- W2912762081 cites W2017347525 @default.
- W2912762081 cites W2019622232 @default.
- W2912762081 cites W2020587624 @default.
- W2912762081 cites W2026052659 @default.
- W2912762081 cites W2028290928 @default.
- W2912762081 cites W2029741576 @default.
- W2912762081 cites W2038457107 @default.
- W2912762081 cites W2043731326 @default.
- W2912762081 cites W2045083709 @default.
- W2912762081 cites W2045385414 @default.
- W2912762081 cites W2050079556 @default.
- W2912762081 cites W2051576836 @default.
- W2912762081 cites W2051923595 @default.
- W2912762081 cites W2053653367 @default.
- W2912762081 cites W2057239875 @default.
- W2912762081 cites W2061359302 @default.
- W2912762081 cites W2063394077 @default.
- W2912762081 cites W2067297550 @default.
- W2912762081 cites W2068029139 @default.
- W2912762081 cites W2071531979 @default.
- W2912762081 cites W2076527245 @default.
- W2912762081 cites W2081552110 @default.
- W2912762081 cites W2086945243 @default.
- W2912762081 cites W2093778976 @default.
- W2912762081 cites W2094724367 @default.
- W2912762081 cites W2104429066 @default.
- W2912762081 cites W2110663363 @default.
- W2912762081 cites W2137813091 @default.
- W2912762081 cites W2162591946 @default.
- W2912762081 cites W2163759627 @default.
- W2912762081 cites W2166962039 @default.
- W2912762081 cites W2253280091 @default.
- W2912762081 cites W2270159277 @default.
- W2912762081 cites W2310714429 @default.
- W2912762081 cites W2317859726 @default.
- W2912762081 cites W2318077258 @default.
- W2912762081 cites W2321003472 @default.
- W2912762081 cites W2332163353 @default.
- W2912762081 cites W2333268805 @default.
- W2912762081 cites W2337734154 @default.
- W2912762081 cites W2369655607 @default.
- W2912762081 cites W2397788414 @default.
- W2912762081 cites W2402669726 @default.
- W2912762081 cites W2471120438 @default.
- W2912762081 cites W2474826074 @default.
- W2912762081 cites W2542230780 @default.
- W2912762081 cites W2563543836 @default.
- W2912762081 cites W2590543704 @default.
- W2912762081 cites W2593791970 @default.
- W2912762081 cites W2621800374 @default.
- W2912762081 cites W2623727589 @default.
- W2912762081 cites W2724734743 @default.
- W2912762081 cites W2749169710 @default.
- W2912762081 cites W2755006415 @default.
- W2912762081 cites W2758615534 @default.
- W2912762081 cites W2762138959 @default.
- W2912762081 cites W2779265951 @default.
- W2912762081 cites W2801810121 @default.
- W2912762081 cites W2885377967 @default.
- W2912762081 cites W2885789139 @default.
- W2912762081 cites W3100391107 @default.
- W2912762081 doi "https://doi.org/10.1088/1361-648x/ab03b6" @default.
- W2912762081 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30703759" @default.
- W2912762081 hasPublicationYear "2019" @default.
- W2912762081 type Work @default.
- W2912762081 sameAs 2912762081 @default.
- W2912762081 citedByCount "16" @default.
- W2912762081 countsByYear W29127620812020 @default.
- W2912762081 countsByYear W29127620812021 @default.