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METHOD FOR PRODUCING COMPLEX OXIDE COMPOSITION (Bi, Sm) 24 (Bi, V) 2O40 ± z
METHOD FOR PRODUCING COMPLEX OXIDE COMPOSITION (Bi, Sm) 24 (Bi, V) 2O40 ± z
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机译：制备复合氧化物成分（Bi，Sm）24（Bi，V）2O40±z的方法
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摘要
FIELD: chemistry.;SUBSTANCE: invention relates to production of a novel composite oxide with a sillenite structure, which is a promising material for different acousto- and optoelectronic devices such as piezoelectric sensors, filters and delay lines for electromagnetic signals, electro- and magneto-optical devices for measuring field strength, space-time and magneto-optical modulators. The composite oxide with a sillenite structure is obtained via hydrothermal synthesis from an alkaline solution, wherein the a rare-earth element Sm in form of Sm2O3 is added to the starting charge material consisting of NaBiO3 and V2O5 to form a composite oxide of the composition Bi3+0.807(3)Sm3+0.193)24(Bi3+0.06(1)V5+0.61)2O36.2.;EFFECT: method enables to obtain cubic monocrystals of spontaneous generation with a normal composition and improved magneto-optical properties.;2 ex, 1 tbl
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机译：发明领域本发明涉及具有硅铝石结构的新型复合氧化物的生产，该复合氧化物是用于各种声光和光电子器件的有前途的材料，所述声光和光电子器件例如为压电传感器，用于电磁信号，电磁和电磁的滤波器和延迟线。 -用于测量场强的光学设备，时空和磁光调制器。通过碱溶液水热合成得到具有亚硅酸盐结构的复合氧化物，其中将Sm 2 O 3 形式的稀土元素Sm由NaBiO 3 和V 2 O 5 组成的初始进料，形成成分Bi 3 + 0.807（3） Sm 3 + 0.193 ） 24 （Bi 3 + 0.06（1） V 5 + 0.61 ） 2 O 36.2 .;效果：该方法能够获得具有正常组成并改善了磁光性能的自发生成的立方单晶。; 2 ex，1 tbl
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