Matches in SemOpenAlex for { <https://semopenalex.org/work/W4317952731> ?p ?o ?g. }
- W4317952731 endingPage "5016" @default.
- W4317952731 startingPage "5003" @default.
- W4317952731 abstract "The BTO, BFTC, and BCTF compounds were synthesized by the sol–gel method. The XRD study revealed the formation of single-phase tetragonal perovskite structures with the space group (P4mm). The crystalline parameters were studied as a function of Fe and Co contents and occupation of Ba and/or Ti sites by Fe and Co in the BTO lattice. It was found that the obtained strain increases when Ba2+ is substituted by Co2+ and Ti4+ by Fe3+. The Raman investigation confirmed the existence of three active modes (B1/E (TO1LO), (E (TO)/A1(TO3), and (A 1(LO)/E (TO), all of which are related to the existence of the tetragonal phase and strongly support the XRD results. The microstructural study showed a clear correlation between the presence of Fe and Co and the grain size distribution. Optical studies revealed the improvement in band gap energy with transition-metal (Fe and Co) co-doped BTO ceramics. The decrease in the band gap is explained by the competing effects of Columbian interactions, microdeformation, and oxygen defects. The results indicate that the presence of Fe and Co dopants enhances the absorption in the BTO ceramic. The dopants demonstrated an effect on thermal conductivity: they decreased the thermal conductivity of BTO, which is in the range of 0.76–2.23 W m–1 K–1 at room temperature and 2.02–0.27 W m–1 K–1 at elevated temperatures. The microstructure of the manufactured materials and the grain size distribution affect the compressive strength." @default.
- W4317952731 created "2023-01-25" @default.
- W4317952731 creator A5011760233 @default.
- W4317952731 creator A5035079762 @default.
- W4317952731 creator A5041849974 @default.
- W4317952731 creator A5063726897 @default.
- W4317952731 creator A5074555744 @default.
- W4317952731 creator A5089250552 @default.
- W4317952731 date "2023-01-25" @default.
- W4317952731 modified "2023-10-14" @default.
- W4317952731 title "Functionality and Activity of Sol–Gel-Prepared Co and Fe co-Doped Lead-Free BTO for Thermo-Optical Applications" @default.
- W4317952731 cites W1690257554 @default.
- W4317952731 cites W1755100830 @default.
- W4317952731 cites W1963762065 @default.
- W4317952731 cites W1988303001 @default.
- W4317952731 cites W1993885081 @default.
- W4317952731 cites W2015715470 @default.
- W4317952731 cites W2024099301 @default.
- W4317952731 cites W2024684945 @default.
- W4317952731 cites W2059230691 @default.
- W4317952731 cites W2063725932 @default.
- W4317952731 cites W2066005881 @default.
- W4317952731 cites W2068494956 @default.
- W4317952731 cites W2078670026 @default.
- W4317952731 cites W2083588756 @default.
- W4317952731 cites W2085820084 @default.
- W4317952731 cites W2092224755 @default.
- W4317952731 cites W2093621663 @default.
- W4317952731 cites W2094200609 @default.
- W4317952731 cites W2123829159 @default.
- W4317952731 cites W2125748283 @default.
- W4317952731 cites W2225102884 @default.
- W4317952731 cites W2253146861 @default.
- W4317952731 cites W2314521183 @default.
- W4317952731 cites W2531133694 @default.
- W4317952731 cites W2572705231 @default.
- W4317952731 cites W2579737255 @default.
- W4317952731 cites W2791407313 @default.
- W4317952731 cites W2799577876 @default.
- W4317952731 cites W2807882223 @default.
- W4317952731 cites W2810845267 @default.
- W4317952731 cites W2885972871 @default.
- W4317952731 cites W2887560724 @default.
- W4317952731 cites W2889582126 @default.
- W4317952731 cites W2891995599 @default.
- W4317952731 cites W2897311296 @default.
- W4317952731 cites W2938287246 @default.
- W4317952731 cites W2942417248 @default.
- W4317952731 cites W2966370316 @default.
- W4317952731 cites W3000500362 @default.
- W4317952731 cites W3003652634 @default.
- W4317952731 cites W3004293457 @default.
- W4317952731 cites W3010962270 @default.
- W4317952731 cites W3010966188 @default.
- W4317952731 cites W3015244230 @default.
- W4317952731 cites W3034698105 @default.
- W4317952731 cites W3035636765 @default.
- W4317952731 cites W3045443807 @default.
- W4317952731 cites W3079797374 @default.
- W4317952731 cites W3089572912 @default.
- W4317952731 cites W3092355922 @default.
- W4317952731 cites W3093082833 @default.
- W4317952731 cites W3096006145 @default.
- W4317952731 cites W3109284891 @default.
- W4317952731 cites W3126917325 @default.
- W4317952731 cites W3127149910 @default.
- W4317952731 cites W3138314776 @default.
- W4317952731 cites W3144179721 @default.
- W4317952731 cites W3147442930 @default.
- W4317952731 cites W3175731226 @default.
- W4317952731 cites W3177796447 @default.
- W4317952731 cites W3177985354 @default.
- W4317952731 cites W3179286967 @default.
- W4317952731 cites W3184206132 @default.
- W4317952731 cites W3187088669 @default.
- W4317952731 cites W3189709539 @default.
- W4317952731 cites W3195411559 @default.
- W4317952731 cites W3196352425 @default.
- W4317952731 cites W3215661644 @default.
- W4317952731 cites W3217019773 @default.
- W4317952731 cites W4205166767 @default.
- W4317952731 cites W4289334944 @default.
- W4317952731 cites W4295885880 @default.
- W4317952731 cites W4296143237 @default.
- W4317952731 cites W4311904150 @default.
- W4317952731 cites W56094024 @default.
- W4317952731 cites W980467359 @default.
- W4317952731 doi "https://doi.org/10.1021/acsomega.2c07660" @default.
- W4317952731 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36777622" @default.
- W4317952731 hasPublicationYear "2023" @default.
- W4317952731 type Work @default.
- W4317952731 citedByCount "5" @default.
- W4317952731 countsByYear W43179527312023 @default.
- W4317952731 crossrefType "journal-article" @default.
- W4317952731 hasAuthorship W4317952731A5011760233 @default.
- W4317952731 hasAuthorship W4317952731A5035079762 @default.
- W4317952731 hasAuthorship W4317952731A5041849974 @default.
- W4317952731 hasAuthorship W4317952731A5063726897 @default.