INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR

An oscillating circuit is considered, in which a non-linear pyroelectric is used as a capacitor, which is a thin pyroelectric plate. A mathematical model has been developed for the operation of such a circuit based on the solution of the equation together with the equation of forced oscillations in...

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Main Authors: Vladimir Akopyan, Gevorg Karapetyan, Vladimir Kataev, Igor Sysoev, Dmitry Gusev
Format: Article
Language:Russian
Published: North Caucasus Federal University 2022-03-01
Series:Вестник Северо-Кавказского федерального университета
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Online Access:https://vestnikskfu.elpub.ru/jour/article/view/632
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author Vladimir Akopyan
Gevorg Karapetyan
Vladimir Kataev
Igor Sysoev
Dmitry Gusev
author_facet Vladimir Akopyan
Gevorg Karapetyan
Vladimir Kataev
Igor Sysoev
Dmitry Gusev
author_sort Vladimir Akopyan
collection DOAJ
description An oscillating circuit is considered, in which a non-linear pyroelectric is used as a capacitor, which is a thin pyroelectric plate. A mathematical model has been developed for the operation of such a circuit based on the solution of the equation together with the equation of forced oscillations in an oscillatory circuit in the linear approximation. The conditions for the parameters of pyroelectric, under which the oscillations in the circuit become continuous and the circuit can be considered as a converter of the heat of the environment into electrical energy, are obtained.
format Article
id doaj-art-9527eae98da24fdca4fa68b195c2b6c6
institution Kabale University
issn 2307-907X
language Russian
publishDate 2022-03-01
publisher North Caucasus Federal University
record_format Article
series Вестник Северо-Кавказского федерального университета
spelling doaj-art-9527eae98da24fdca4fa68b195c2b6c62025-08-20T03:37:38ZrusNorth Caucasus Federal UniversityВестник Северо-Кавказского федерального университета2307-907X2022-03-0106717631INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITORVladimir Akopyan0Gevorg Karapetyan1Vladimir Kataev2Igor Sysoev3Dmitry Gusev4Southern Federal UniversitySouthern Federal UniversityVolgodonsk Engineering and Technical Institute of NRNU MEPhINorth-Caucasus Federal UniversityVolgodonsk Engineering and Technical Institute of NRNU MEPhIAn oscillating circuit is considered, in which a non-linear pyroelectric is used as a capacitor, which is a thin pyroelectric plate. A mathematical model has been developed for the operation of such a circuit based on the solution of the equation together with the equation of forced oscillations in an oscillatory circuit in the linear approximation. The conditions for the parameters of pyroelectric, under which the oscillations in the circuit become continuous and the circuit can be considered as a converter of the heat of the environment into electrical energy, are obtained.https://vestnikskfu.elpub.ru/jour/article/view/632сегнетоэлектрический конденсаторпироэлектрикколебательный контурэлектрокалоричеекий эффектсборщик энергииматематическая модельпреобразователь теплаferroelectric capacitorpyroelectricoscillatory circuitelectrocaloric effectenergy collectormathematical modelheat converter
spellingShingle Vladimir Akopyan
Gevorg Karapetyan
Vladimir Kataev
Igor Sysoev
Dmitry Gusev
INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR
Вестник Северо-Кавказского федерального университета
сегнетоэлектрический конденсатор
пироэлектрик
колебательный контур
электрокалоричеекий эффект
сборщик энергии
математическая модель
преобразователь тепла
ferroelectric capacitor
pyroelectric
oscillatory circuit
electrocaloric effect
energy collector
mathematical model
heat converter
title INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR
title_full INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR
title_fullStr INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR
title_full_unstemmed INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR
title_short INVESTIGATION OF THE POSSIBILITY OF CONVERTING ENVIRONMENTAL HEAT INTO ELECTRICAL ENERGY IN AN OSCILLATORY CIRCUIT CONTAINING A NONLINEAR FERROELECTRIC CERAMIC CAPACITOR
title_sort investigation of the possibility of converting environmental heat into electrical energy in an oscillatory circuit containing a nonlinear ferroelectric ceramic capacitor
topic сегнетоэлектрический конденсатор
пироэлектрик
колебательный контур
электрокалоричеекий эффект
сборщик энергии
математическая модель
преобразователь тепла
ferroelectric capacitor
pyroelectric
oscillatory circuit
electrocaloric effect
energy collector
mathematical model
heat converter
url https://vestnikskfu.elpub.ru/jour/article/view/632
work_keys_str_mv AT vladimirakopyan investigationofthepossibilityofconvertingenvironmentalheatintoelectricalenergyinanoscillatorycircuitcontaininganonlinearferroelectricceramiccapacitor
AT gevorgkarapetyan investigationofthepossibilityofconvertingenvironmentalheatintoelectricalenergyinanoscillatorycircuitcontaininganonlinearferroelectricceramiccapacitor
AT vladimirkataev investigationofthepossibilityofconvertingenvironmentalheatintoelectricalenergyinanoscillatorycircuitcontaininganonlinearferroelectricceramiccapacitor
AT igorsysoev investigationofthepossibilityofconvertingenvironmentalheatintoelectricalenergyinanoscillatorycircuitcontaininganonlinearferroelectricceramiccapacitor
AT dmitrygusev investigationofthepossibilityofconvertingenvironmentalheatintoelectricalenergyinanoscillatorycircuitcontaininganonlinearferroelectricceramiccapacitor