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2014•Review Journal of ChemistryRequires access

Gas nanosensors based on polymers

V. A. Buzanovskii

Open publisher page 8 citations

Abstract

The results of the development of gas nanosensors based on polymers are presented. The sensor devices are systematized according to the design features of their sensing elements. The analytical capabilities of nanosensors are assessed; in particular, the ability to identify a large number of organic and inorganic chemical compounds is demonstrated. The effect of morphology, geometry, and composition of the coating of the sensing elements for the sensitivity and selectivity of measurements, the response time, and the recovery time is shown. The priority issues for improving the performance characteristics of gas nanosensors based on polymers are determined.

About this research paper

What this paper is about

The results of the development of gas nanosensors based on polymers are presented. The sensor devices are systematized according to the design features of their sensing elements. The analytical capabilities of nanosensors are assessed; in particular, the ability to identify a large number of organic and inorganic chemical compounds is demonstrated. The effect of morphology, geometry, and composition of the coating of the sensing elements for the sensitivity and selectivity of measurements, the response time, and the recovery time is shown. The priority issues for improving the performance characteristics of gas nanosensors based on polymers are determined.

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OpenAlex reports 8 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The results of the development of gas nanosensors based on polymers are presented. The sensor devices are systematized according to the design features of their sensing elements. The analytical capabilities of nanosensors are assessed; in particular, the ability to identify a large number of organic and inorganic chemical compounds is demonstrated. The effect of morphology, geometry, and composition of the coating of the sensing elements for the sensitivity and selectivity of measurements, the response time, and the recovery time is shown. The priority issues for improving the performance characteristics of gas nanosensors based on polymers are determined.

Key concepts: Nanosensor, Polymer, Nanotechnology, Coating, Materials science, Sensitivity (control systems), Electronic engineering, Composite material

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