Abstract
The Influence of the Lead Acetate Water Solution Temperature Background used for Synthesis of Cdxpb1-Xs Films, on their Sensor Properties for No2
Highlights
Mini ReviewThe Influence of the Lead Acetate Water Solution Temperature Background used for Synthesis of Cdxpb1-Xs Films, on their Sensor Properties for No2
Great interest, in connection with the modern level of development of the industry and technologies, represents a decrease in harmful effects on humans and the environment
For assessment the temperature influence of heating the initial PbAc2 salt aqueous solution on ability to detect nitrogen dioxide, the aqueous solution of PbAc2 salt was heated to 313K, held within 30min
Summary
The Influence of the Lead Acetate Water Solution Temperature Background used for Synthesis of Cdxpb1-Xs Films, on their Sensor Properties for No2. The results of the water solution heating influence research of an initial component salt on the sensory properties of thin films CdxPb1-xS are presented. Structure and functional properties the films synthesis was carried out from the reactionary mixtures with use a reagent that had undergone thermal treatment and the initial one. The influence of the initial heating of an salt aqueous solution on a thin film morphology is revealed at the content a nitrogen dioxide in air 105ppm, the relative change in ohmic resistance has reached 3,4. The dependence of a heating effect influence of initial PbAc2salt on the response of sensory elements is shown.
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