Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface

In our paper we present the results of our research, which was carried out by means of semiconductor sensor techniques (SCS), which allowed evaluating heterogeneous death-rate of ozone (γ) Teflon surface. When ozone concentration is near to Ambient Air Standard value, γ is assessed to be equal...

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Main Authors: Nataliya V. Finogenova, Marina V. Strobkova, Alexander K. Avetisov, Serge A. Kazakov, Fatima Kh. Chibirova, Ludmila A. Obvintseva
Format: Article
Language:English
Published: MDPI AG 2003-12-01
Series:Sensors
Subjects:
Online Access:http://www.mdpi.com/1424-8220/3/11/504/
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author Nataliya V. Finogenova
Marina V. Strobkova
Alexander K. Avetisov
Serge A. Kazakov
Fatima Kh. Chibirova
Ludmila A. Obvintseva
author_facet Nataliya V. Finogenova
Marina V. Strobkova
Alexander K. Avetisov
Serge A. Kazakov
Fatima Kh. Chibirova
Ludmila A. Obvintseva
author_sort Nataliya V. Finogenova
collection DOAJ
description In our paper we present the results of our research, which was carried out by means of semiconductor sensor techniques (SCS), which allowed evaluating heterogeneous death-rate of ozone (γ) Teflon surface. When ozone concentration is near to Ambient Air Standard value, γ is assessed to be equal to 6,57*10-7. High technique response provide possibility to determine ozone contents in the air media and the percentage of ozone, decomposed on the communication surfaces and on the surfaces of installation in the low concentration range (1–100 ppb).
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spelling doaj.art-38a956b026b941c4ae6902328d9d457d2022-12-22T03:09:22ZengMDPI AGSensors1424-82202003-12-0131150450810.3390/s3110504Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon SurfaceNataliya V. FinogenovaMarina V. StrobkovaAlexander K. AvetisovSerge A. KazakovFatima Kh. ChibirovaLudmila A. ObvintsevaIn our paper we present the results of our research, which was carried out by means of semiconductor sensor techniques (SCS), which allowed evaluating heterogeneous death-rate of ozone (γ) Teflon surface. When ozone concentration is near to Ambient Air Standard value, γ is assessed to be equal to 6,57*10-7. High technique response provide possibility to determine ozone contents in the air media and the percentage of ozone, decomposed on the communication surfaces and on the surfaces of installation in the low concentration range (1–100 ppb).http://www.mdpi.com/1424-8220/3/11/504/semiconductor sensorsheterogeneous death-rate of ozoneTeflon
spellingShingle Nataliya V. Finogenova
Marina V. Strobkova
Alexander K. Avetisov
Serge A. Kazakov
Fatima Kh. Chibirova
Ludmila A. Obvintseva
Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface
Sensors
semiconductor sensors
heterogeneous death-rate of ozone
Teflon
title Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface
title_full Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface
title_fullStr Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface
title_full_unstemmed Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface
title_short Semiconductor Sensors Application for Definition of Factor of Ozone Heterogeneous Destruction on Teflon Surface
title_sort semiconductor sensors application for definition of factor of ozone heterogeneous destruction on teflon surface
topic semiconductor sensors
heterogeneous death-rate of ozone
Teflon
url http://www.mdpi.com/1424-8220/3/11/504/
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