FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2893657573> ?p ?o ?g. }

• W2893657573 endingPage "13033" @default.
• W2893657573 startingPage "13027" @default.
• W2893657573 abstract "High-entropy compounds with compositional complexity can be designed as new thermoelectric materials. Here a data-driven model was developed, which chose suitable elements to reduce the enthalpy of formation and hence to increase the chance of single phase formation. Using this model, two high-entropy sulfides were designed, metallic Cu5SnMgGeZnS9 and semiconducting Cu3SnMgInZnS7. They were then successfully fabricated as single-phase dense ceramics with homogeneously distributed cations, and their phase stability and atomic local structures were investigated using density functional theory calculations. Finally, a zT value of 0.58 at 773 K was obtained for Cu5Sn1.2MgGeZnS9, where additional Sn was used to tune the carrier concentration. This work provides a simple approach to find new high-entropy functional materials in the largely unexplored multielement chemical space." @default.
• W2893657573 created "2018-10-05" @default.
• W2893657573 creator A5008318861 @default.
• W2893657573 creator A5018305440 @default.
• W2893657573 creator A5032919059 @default.
• W2893657573 creator A5079796208 @default.
• W2893657573 creator A5083452050 @default.
• W2893657573 date "2018-09-26" @default.
• W2893657573 modified "2023-10-13" @default.
• W2893657573 title "Data-Driven Design of Ecofriendly Thermoelectric High-Entropy Sulfides" @default.
• W2893657573 cites W1505870658 @default.
• W2893657573 cites W1639154084 @default.
• W2893657573 cites W1980370048 @default.
• W2893657573 cites W1994466054 @default.
• W2893657573 cites W2003975937 @default.
• W2893657573 cites W2017461972 @default.
• W2893657573 cites W2028290928 @default.
• W2893657573 cites W2046600433 @default.
• W2893657573 cites W2054168515 @default.
• W2893657573 cites W2054812570 @default.
• W2893657573 cites W2058085399 @default.
• W2893657573 cites W2068415766 @default.
• W2893657573 cites W2070059498 @default.
• W2893657573 cites W2091369729 @default.
• W2893657573 cites W2112466037 @default.
• W2893657573 cites W2116907420 @default.
• W2893657573 cites W2120145199 @default.
• W2893657573 cites W2148596493 @default.
• W2893657573 cites W2151677228 @default.
• W2893657573 cites W2159795178 @default.
• W2893657573 cites W2164524421 @default.
• W2893657573 cites W2193109498 @default.
• W2893657573 cites W2222553130 @default.
• W2893657573 cites W2234787639 @default.
• W2893657573 cites W2261135145 @default.
• W2893657573 cites W2284155158 @default.
• W2893657573 cites W2333442782 @default.
• W2893657573 cites W2341489974 @default.
• W2893657573 cites W2401730588 @default.
• W2893657573 cites W2465220508 @default.
• W2893657573 cites W2507516408 @default.
• W2893657573 cites W2511197735 @default.
• W2893657573 cites W2511536143 @default.
• W2893657573 cites W2514363853 @default.
• W2893657573 cites W2524080171 @default.
• W2893657573 cites W2526697735 @default.
• W2893657573 cites W2534691303 @default.
• W2893657573 cites W2551666879 @default.
• W2893657573 cites W2554813092 @default.
• W2893657573 cites W2557627013 @default.
• W2893657573 cites W2573977381 @default.
• W2893657573 cites W2588309186 @default.
• W2893657573 cites W2593791970 @default.
• W2893657573 cites W2602097217 @default.
• W2893657573 cites W2606056566 @default.
• W2893657573 cites W2745356055 @default.
• W2893657573 cites W2749169710 @default.
• W2893657573 cites W2749456351 @default.
• W2893657573 cites W2752517559 @default.
• W2893657573 cites W2757563372 @default.
• W2893657573 cites W2783935112 @default.
• W2893657573 cites W2793347486 @default.
• W2893657573 cites W2796474669 @default.
• W2893657573 cites W2797328093 @default.
• W2893657573 cites W2805506266 @default.
• W2893657573 cites W2887774263 @default.
• W2893657573 cites W2963238192 @default.
• W2893657573 cites W4242883434 @default.
• W2893657573 cites W971766965 @default.
• W2893657573 doi "https://doi.org/10.1021/acs.inorgchem.8b02379" @default.
• W2893657573 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30256098" @default.
• W2893657573 hasPublicationYear "2018" @default.
• W2893657573 type Work @default.
• W2893657573 sameAs 2893657573 @default.
• W2893657573 citedByCount "184" @default.
• W2893657573 countsByYear W28936575732019 @default.
• W2893657573 countsByYear W28936575732020 @default.
• W2893657573 countsByYear W28936575732021 @default.
• W2893657573 countsByYear W28936575732022 @default.
• W2893657573 countsByYear W28936575732023 @default.
• W2893657573 crossrefType "journal-article" @default.
• W2893657573 hasAuthorship W2893657573A5008318861 @default.
• W2893657573 hasAuthorship W2893657573A5018305440 @default.
• W2893657573 hasAuthorship W2893657573A5032919059 @default.
• W2893657573 hasAuthorship W2893657573A5079796208 @default.
• W2893657573 hasAuthorship W2893657573A5083452050 @default.
• W2893657573 hasBestOaLocation W28936575731 @default.
• W2893657573 hasConcept C106301342 @default.
• W2893657573 hasConcept C121332964 @default.
• W2893657573 hasConcept C134132462 @default.
• W2893657573 hasConcept C147368240 @default.
• W2893657573 hasConcept C147597530 @default.
• W2893657573 hasConcept C147789679 @default.
• W2893657573 hasConcept C152365726 @default.
• W2893657573 hasConcept C171250308 @default.
• W2893657573 hasConcept C178790620 @default.
• W2893657573 hasConcept C185592680 @default.
• W2893657573 hasConcept C192562407 @default.

• next