Software - Hardware Complex for Measurement and Control of Ferroelectrics Parameters

The results of the study of the technological regimes of the formation of a microcantilever beam of layered heterostructures based on the integration of smart material and silicon carbide are presented. Layers of silicon dioxide (SiO2), silicon nitride, silicon carbide, and platinum (lower electrode) are successfully formed on a silicon substrate. The results of an experimental study of the Pt / PZT / Pt / SiC heterostructures parameters confirmed the technological compatibility of the layers and the promise of using these structures in sensors of dynamic deformation when creating new generation sensors, including those operating in heavy rocket conditions of space technology.

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The study of the optical properties of transparent conductive oxides SnO₂:Sb, obtained by spray pyrolysis

Zinchenko

Pecherskaya

Nikolaev

et al. 2019

J. Phys.: Conf. Ser.

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The study results of the dependences of the refractive index and samples transmittance of transparent conductive films of tin dioxide depending on wavelength are presented. Films with different doping levels, with different solutions volumes were synthesized on an automated installation by spray pyrolysis. It is shown that the transmittance practically does not depend on the amount of substance sprayed onto the substrate; the transmittance practically does not depend on the solution volume, but depends on the impurity concentration. The chemical composition and temperature of film deposition influence on its refractive index is established. The research results can be used in the development of technologies for the manufacture of optoelectronic structures containing transparent conductive coatings.

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Software - Hardware Complex for Measurement and Control of Ferroelectrics Parameters

Cited by 12 publications

References 5 publications

Intelligent System for Active Dielectrics Parameters Research

Intelligent System for Active Dielectrics Parameters Research

Low-dimensional heterostructures obtaining from an intelligent material and carbon material on a silicon

The study of the optical properties of transparent conductive oxides SnO₂:Sb, obtained by spray pyrolysis

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Software - Hardware Complex for Measurement and Control of Ferroelectrics Parameters

Cited by 12 publications

References 5 publications

Intelligent System for Active Dielectrics Parameters Research

Intelligent System for Active Dielectrics Parameters Research

Low-dimensional heterostructures obtaining from an intelligent material and carbon material on a silicon

The study of the optical properties of transparent conductive oxides SnO2:Sb, obtained by spray pyrolysis

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Product

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The study of the optical properties of transparent conductive oxides SnO₂:Sb, obtained by spray pyrolysis