Properties of powders of the system Sn(IV)-Sb-O and the resistivity of resistive thick films based on them [[Previously Titled: Properties of the Sn(IV)-Sb-O powders and electric resistance of resistive thick films of their base.]]

Previously abstracted from original as item 199503-54-0276. An investigation has been performed into the chemical, phase and grain size compositions, the dispersity and shape of powder particles for the Sn(IV)-Sb-O system as well as into some electric properties of resistive thick films on their bas...

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Published in:Powder metallurgy and metal ceramics 1994-03, Vol.33 (3-4), p.168-172
Main Author: Dyshel', D E
Format: Article
Language:English
Online Access:Get full text
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Summary:Previously abstracted from original as item 199503-54-0276. An investigation has been performed into the chemical, phase and grain size compositions, the dispersity and shape of powder particles for the Sn(IV)-Sb-O system as well as into some electric properties of resistive thick films on their basis. Resistors exposed to short-term (2-4 h) high-temperature treatment (1270-1320K) are shown to offer optimum properties. As the antimony content rises up to 7.9%, the lattice parameters of a SnO sub 2 increases. With a higher antimony content, a complex oxide similar to Sb sub 2 O sub 4 in its composition is formed.
ISSN:1068-1302