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- W4367396927 endingPage "112319" @default.
- W4367396927 startingPage "112319" @default.
- W4367396927 abstract "In this study, the Ba4La28/3(Zr0.05Ti0.95)18O54 ceramic was prepared using the solid-state technique. The X-ray diffraction technique was used in this study to investigate the Ba/La order in the solid solution Ba4La28/3(Zr0.05Ti0.95)18O54. We have developed a structural model, to represent the order within the structure. The formula of model [Ba4−a□a]A2[La8+2b3□2−2b3]A1,A1′(Zr0.05Ti0.95)18O54 is described as perovskite layers with a thickness of 3 octahedral parallel to the xOz plane. Scanning electron microscopy (SEM) showed that Ba4La28/3(Zr0.05Ti0.95)18O54 ceramic exhibits a typical columnar grain with a heterogeneous distribution over the entire surface. Complex impedance spectroscopy was used to analyze the dielectric and electrical properties of Ba4La28/3(Zr0.05Ti0.95)18O54 materials over a frequency range of 10 Hz to 1 MHz and a temperature range of 350°C to 400°C. An appropriate equivalent electrical circuit was also used to investigate the contributions of grains and grain boundaries. The AC-conductivity data was analyzed using Jonscher's universal power law. The thermal behavior of the exponent parameter s indicates that the dominant conduction mechanism in our compound is the non-overlapping small polaron tunneling (NSPT) model. The activation energies calculated from the conduction and relaxation mechanisms are nearly identical for the Ba4La28/3(Zr0.05Ti0.95)18O54 ceramic." @default.
- W4367396927 created "2023-04-30" @default.
- W4367396927 creator A5036023633 @default.
- W4367396927 creator A5043686963 @default.
- W4367396927 creator A5048779504 @default.
- W4367396927 creator A5049942213 @default.
- W4367396927 creator A5060016667 @default.
- W4367396927 creator A5062351909 @default.
- W4367396927 creator A5083855079 @default.
- W4367396927 date "2023-09-01" @default.
- W4367396927 modified "2023-09-29" @default.
- W4367396927 title "Structural study and temperature dependent relaxation and conduction mechanism of orthorhombic tungsten bronze Ba4La28/3(Zr0.05Ti0.95)18O54 ceramic" @default.
- W4367396927 cites W1006091870 @default.
- W4367396927 cites W1499161224 @default.
- W4367396927 cites W1511438241 @default.
- W4367396927 cites W1560920983 @default.
- W4367396927 cites W1567075068 @default.
- W4367396927 cites W1869467901 @default.
- W4367396927 cites W1968599609 @default.
- W4367396927 cites W1970657595 @default.
- W4367396927 cites W1978588482 @default.
- W4367396927 cites W1996281647 @default.
- W4367396927 cites W2001705337 @default.
- W4367396927 cites W2003858387 @default.
- W4367396927 cites W2004945967 @default.
- W4367396927 cites W2005693026 @default.
- W4367396927 cites W2005903906 @default.
- W4367396927 cites W2006694523 @default.
- W4367396927 cites W2007342236 @default.
- W4367396927 cites W2011216804 @default.
- W4367396927 cites W2020968046 @default.
- W4367396927 cites W2026039351 @default.
- W4367396927 cites W2029735889 @default.
- W4367396927 cites W2029825096 @default.
- W4367396927 cites W2033092696 @default.
- W4367396927 cites W2035271549 @default.
- W4367396927 cites W2035520109 @default.
- W4367396927 cites W2041855436 @default.
- W4367396927 cites W2043262063 @default.
- W4367396927 cites W2059912591 @default.
- W4367396927 cites W2061940366 @default.
- W4367396927 cites W2064433902 @default.
- W4367396927 cites W2068514434 @default.
- W4367396927 cites W2078210343 @default.
- W4367396927 cites W2083264286 @default.
- W4367396927 cites W2084706493 @default.
- W4367396927 cites W2095421584 @default.
- W4367396927 cites W213792735 @default.
- W4367396927 cites W2151711765 @default.
- W4367396927 cites W2155284599 @default.
- W4367396927 cites W2168861026 @default.
- W4367396927 cites W2308454277 @default.
- W4367396927 cites W2327828477 @default.
- W4367396927 cites W2334518945 @default.
- W4367396927 cites W2338310029 @default.
- W4367396927 cites W2468564949 @default.
- W4367396927 cites W2554693784 @default.
- W4367396927 cites W2596142310 @default.
- W4367396927 cites W2601827524 @default.
- W4367396927 cites W2744056418 @default.
- W4367396927 cites W2763712526 @default.
- W4367396927 cites W2765644649 @default.
- W4367396927 cites W2770058647 @default.
- W4367396927 cites W2781554689 @default.
- W4367396927 cites W2789207316 @default.
- W4367396927 cites W2790074846 @default.
- W4367396927 cites W2794407009 @default.
- W4367396927 cites W2794902244 @default.
- W4367396927 cites W2796619048 @default.
- W4367396927 cites W2805606546 @default.
- W4367396927 cites W2810741567 @default.
- W4367396927 cites W2831132221 @default.
- W4367396927 cites W2884765016 @default.
- W4367396927 cites W2885767940 @default.
- W4367396927 cites W2887522780 @default.
- W4367396927 cites W2890462162 @default.
- W4367396927 cites W2892717718 @default.
- W4367396927 cites W2923213523 @default.
- W4367396927 cites W2929182482 @default.
- W4367396927 cites W2930751958 @default.
- W4367396927 cites W2944914785 @default.
- W4367396927 cites W2964188745 @default.
- W4367396927 cites W2965877900 @default.
- W4367396927 cites W2979238091 @default.
- W4367396927 cites W2989657813 @default.
- W4367396927 cites W2999421073 @default.
- W4367396927 cites W3000284069 @default.
- W4367396927 cites W3008891109 @default.
- W4367396927 cites W3046153926 @default.
- W4367396927 cites W3082321508 @default.
- W4367396927 cites W3082945905 @default.
- W4367396927 cites W3087468225 @default.
- W4367396927 cites W3102011777 @default.
- W4367396927 cites W3106680873 @default.
- W4367396927 cites W3113082534 @default.
- W4367396927 cites W3120728900 @default.
- W4367396927 cites W3129875392 @default.
- W4367396927 cites W3132918345 @default.