Matches in SemOpenAlex for { <https://semopenalex.org/work/W4303959088> ?p ?o ?g. }
- W4303959088 endingPage "6567" @default.
- W4303959088 startingPage "6567" @default.
- W4303959088 abstract "We hereby discuss the thermoelectric properties of PdXSn(X = Zr, Hf) half Heuslers in relation to lattice thermal conductivity probed under effective mass (hole/electrons) calculations and deformation potential theory. In addition, we report the structural, electronic, mechanical, and lattice dynamics of these materials as well. Both alloys are indirect band gap semiconductors with a gap of 0.91 eV and 0.82 eV for PdZrSn and PdHfSn, respectively. Both half Heusler materials are mechanically and dynamically stable. The effective mass of electrons/holes is (0.13/1.23) for Zr-type and (0.12/1.12) for Hf-kind alloys, which is inversely proportional to the relaxation time and directly decides the electrical/thermal conductivity of these materials. At 300K, the magnitude of lattice thermal conductivity observed for PdZrSn is 15.16 W/mK and 9.53 W/mK for PdHfSn. The highest observed ZT value for PdZrSn and PdHfSn is 0.32 and 0.4, respectively." @default.
- W4303959088 created "2022-10-10" @default.
- W4303959088 creator A5013283223 @default.
- W4303959088 creator A5014006816 @default.
- W4303959088 creator A5026762600 @default.
- W4303959088 creator A5028418942 @default.
- W4303959088 creator A5040265295 @default.
- W4303959088 creator A5055112707 @default.
- W4303959088 creator A5075108725 @default.
- W4303959088 creator A5078846772 @default.
- W4303959088 creator A5080783179 @default.
- W4303959088 creator A5081468088 @default.
- W4303959088 date "2022-10-04" @default.
- W4303959088 modified "2023-10-18" @default.
- W4303959088 title "Electronic Structure-, Phonon Spectrum-, and Effective Mass- Related Thermoelectric Properties of PdXSn (X = Zr, Hf) Half Heuslers" @default.
- W4303959088 cites W1695703141 @default.
- W4303959088 cites W1970717531 @default.
- W4303959088 cites W1971018876 @default.
- W4303959088 cites W1974864168 @default.
- W4303959088 cites W1981368803 @default.
- W4303959088 cites W1982827563 @default.
- W4303959088 cites W1984003326 @default.
- W4303959088 cites W1994715177 @default.
- W4303959088 cites W1997901052 @default.
- W4303959088 cites W2005369228 @default.
- W4303959088 cites W2020790409 @default.
- W4303959088 cites W2026077070 @default.
- W4303959088 cites W2031861623 @default.
- W4303959088 cites W2040017774 @default.
- W4303959088 cites W2045414244 @default.
- W4303959088 cites W2048831575 @default.
- W4303959088 cites W2061359302 @default.
- W4303959088 cites W2067983335 @default.
- W4303959088 cites W2072973725 @default.
- W4303959088 cites W2073531811 @default.
- W4303959088 cites W2081870935 @default.
- W4303959088 cites W2088925839 @default.
- W4303959088 cites W2120145199 @default.
- W4303959088 cites W2134756281 @default.
- W4303959088 cites W2149631208 @default.
- W4303959088 cites W2198082560 @default.
- W4303959088 cites W2260501105 @default.
- W4303959088 cites W2319341137 @default.
- W4303959088 cites W2531545384 @default.
- W4303959088 cites W2536693686 @default.
- W4303959088 cites W2569804656 @default.
- W4303959088 cites W2589576309 @default.
- W4303959088 cites W2620790023 @default.
- W4303959088 cites W2740998436 @default.
- W4303959088 cites W2757663831 @default.
- W4303959088 cites W2761949728 @default.
- W4303959088 cites W2763883294 @default.
- W4303959088 cites W2769383455 @default.
- W4303959088 cites W2788747443 @default.
- W4303959088 cites W2805494538 @default.
- W4303959088 cites W2894164007 @default.
- W4303959088 cites W2901344618 @default.
- W4303959088 cites W2908766959 @default.
- W4303959088 cites W2955658889 @default.
- W4303959088 cites W2963600111 @default.
- W4303959088 cites W3008466985 @default.
- W4303959088 cites W3019795513 @default.
- W4303959088 cites W3026572726 @default.
- W4303959088 cites W3026875952 @default.
- W4303959088 cites W3045536769 @default.
- W4303959088 cites W3047231938 @default.
- W4303959088 cites W3098934825 @default.
- W4303959088 cites W3100717446 @default.
- W4303959088 cites W3117791051 @default.
- W4303959088 cites W3126886419 @default.
- W4303959088 cites W3128777669 @default.
- W4303959088 cites W3135859205 @default.
- W4303959088 cites W3163026299 @default.
- W4303959088 cites W3177736624 @default.
- W4303959088 cites W3193859543 @default.
- W4303959088 cites W4206965734 @default.
- W4303959088 cites W4226414806 @default.
- W4303959088 doi "https://doi.org/10.3390/molecules27196567" @default.
- W4303959088 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36235103" @default.
- W4303959088 hasPublicationYear "2022" @default.
- W4303959088 type Work @default.
- W4303959088 citedByCount "5" @default.
- W4303959088 countsByYear W43039590882022 @default.
- W4303959088 countsByYear W43039590882023 @default.
- W4303959088 crossrefType "journal-article" @default.
- W4303959088 hasAuthorship W4303959088A5013283223 @default.
- W4303959088 hasAuthorship W4303959088A5014006816 @default.
- W4303959088 hasAuthorship W4303959088A5026762600 @default.
- W4303959088 hasAuthorship W4303959088A5028418942 @default.
- W4303959088 hasAuthorship W4303959088A5040265295 @default.
- W4303959088 hasAuthorship W4303959088A5055112707 @default.
- W4303959088 hasAuthorship W4303959088A5075108725 @default.
- W4303959088 hasAuthorship W4303959088A5078846772 @default.
- W4303959088 hasAuthorship W4303959088A5080783179 @default.
- W4303959088 hasAuthorship W4303959088A5081468088 @default.
- W4303959088 hasBestOaLocation W43039590881 @default.
- W4303959088 hasConcept C108225325 @default.
- W4303959088 hasConcept C112625512 @default.