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INCREASING ACCURACY OF DETERMINING QUANTITATIVE COMPOSITION OF TERNARY VITREOUS CHALCOGENIDES OF GLASS AND FILMS OF VARIABLE COMPOSITION Ax(ByC1-y)1-x
INCREASING ACCURACY OF DETERMINING QUANTITATIVE COMPOSITION OF TERNARY VITREOUS CHALCOGENIDES OF GLASS AND FILMS OF VARIABLE COMPOSITION Ax(ByC1-y)1-x
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机译：确定玻璃三元玻璃硫化物和可变成分A x （B y C 1-y ） 1-x
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摘要
FIELD: chemistry.;SUBSTANCE: to increase accuracy of determining quantitative composition to ±0.0002 (on x and y) of ternary vitreous glass and films of a variable composition Ax(ByC1-y)1-x (where A=As, Sb, Bi; B=Se, Te; C=Ge), used in phase memory devices (optical discs of various formats and non-volatile random-access memory devices), areas under characteristic lines of atoms A, B and C and X-ray fluorescence spectra of glass and films of a known composition (standards) and vitreous films of a variable composition are juxtaposed.;EFFECT: high accuracy of determining quantitative composition of ternary vitreous chalcogenides of glass and films of variable composition.;3 dwg
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机译：领域：化学;实质：将确定定量组成的准确度提高到三元玻璃玻璃和可变组成A x （B y C 1-y ） 1-x （其中A = As，Sb，Bi; B = Se，Te; C = Ge），用于相存储设备（各种格式的光盘和非易失性随机存取存储设备），原子A，B和C的特征线下的区域以及玻璃和已知成分（标准）的膜和玻璃的玻璃膜的X射线荧光光谱并列设置;效果：用于确定玻璃和可变组成的薄膜的三元玻璃硫属元素化物的定量组成的高精度; 3 dwg
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