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[en] Cerium dioxide and strontium titanate films are prepared using high-frequency magnetron sputtering of stoichiometric targets and their properties are studied
Journal
[en] Short note
Journal
Izvestiya Akademii Nauk SSSR, Neorganicheskie Materialy; ISSN 0002-337X; 
; CODEN IVNMA; v. 25(1); p. 166-168
; CODEN IVNMA; v. 25(1); p. 166-168
[en] Strontium aluminate monocrystals are extracted while studying chemical reactions in the SrO-Al2O3 system in the presence of impurities. Basic atom coordinates and interatomic distances of 6[SrAl2O4]xSrO are determined by X-ray structural analysis
Journal
Doklady Akademii Nauk SSSR; ISSN 0002-3264; ; v. 241(4); p. 821-824
; v. 241(4); p. 821-824
[en] Evaluations of ΔHf of certain titanates and zirconates of alkaline earth metals performed with regard to their polyhedral structure. Experimental and calculated enthalpies of titanate and zirconate formation from blocks or other fragments which can be isolated in crystal structure, are presented
Journal
Izvestiya Akademii Nauk SSSR, Neorganicheskie Materialy; ISSN 0002-337X; ; CODEN IVNMA; v. 25(2); p. 346-348
; CODEN IVNMA; v. 25(2); p. 346-348
[en] The crystal structure data of Sr5Si3 are given including the XRD data, atomic coordinates and thermal displacement parameters
Journal
Zeitschrift fuer Kristallographie. New Crystal Structures; ISSN 1433-7266; ; v. 214(1); p. 19
; v. 214(1); p. 19
[en] Calcium-for-strontium substituted samples of the misfit-layered cobalt-oxide system, [(Sr1-xCax)2(O,OH)2]q[CoO2], were successfully synthesized up to x=0.2 with a sample-encapsulation technique originally developed for the x=0 end phase. While the x=0 sample has a commensurate match between the two layer blocks (i.e. q=0.5), isovalent Ca-for-Sr substitution induces lattice misfit (i.e. q>0.5). At the same time the Seebeck coefficient gets increased, but the increase in resistivity results in suppressing the thermoelectric power factor. The magnetic anomaly in the x=0 sample gets released upon the Ca substitution for the x=0.2 sample to exhibit an almost Curie-Weiss behavior. It is concluded that with increasing x in [(Sr1-xCax)2(O,OH)2]q[CoO2] the properties smoothly evolve towards those previously reported for the x=1.0 end member, [Ca1.7O2.1H2.4]0.58[CoO2]. -- Graphical abstract: In the misfit-layered [(Sr1-xCax)2(O,OH)2]q[CoO2] (0.0≤x≤0.2) system the x=0 phase has a commensurate match between the two layer blocks (i.e. q=0.5), while isovalent Ca-for-Sr substitution induces lattice misfit (i.e. q>0.5). At the same time Seebeck coefficient gets increased. Simultaneous increase in resistivity however outweighs this benefit, and accordingly the thermoelectric power factor is decreased. Display Omitted
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