Mathematical Model of Gas-Dynamic Temperature Transducer

V. V. Korzin, D. B. Melehov

Abstract


The article proposes a mathematical model of a gas-dynamic temperature transducer designed to measure the temperature of gas streams under electromagnetic and radiation fields, as well as to measure rapidly changing temperatures of gas streams with a temperature range of 20–160 ° C, based on the developed models of its elements. For the development of a mathematical model, a scheme of the jet in the working chamber of the gas-dynamic temperature transducer was made. According to the physical model of the flow of the jet in the working chamber of the gas-dynamic transducer, mathematical models have been developed for the feed and receiving channels, as well as the free section of the jet in the working chamber of the gas-dynamic temperature transducer. These mathematical models elements of transducer   are combined into a mathematical model of a gas- зычных терминов. Необходимо соблюдать единство терминологии в пределах резюме.

References


Goryunov V.A., Dyachkov E.A., Korzin V.V. et al. Development of converters of physical quantities [Razrabotka preobrazovateley fizicheskikh velichin], Trudy "Aktual'nye problemy konstruktorsko-tekhnologicheskogo obespecheniya mashinostroitel'nogo proizvodstva" [Proc. "Actual problems of design and technological support of engineering production], Volgograd, RPK "Polytechnic", 2003, pp. 214-215. (in Russ.)

Golovchenko A.N., Kulakov M.V., Shkatov E.F. Drossel'nye pnevmaticheskie preobrazovateli dlya izmereniya temperatury [Throttle pneumatic converters for temperature measurement], Moscow, Energy, 1974, 96 p. (in Russ.)

Martashin A.I. et al. Preobrazovateli elektricheskikh parametrov dlya sistem kontrolya i upravleniya [Converters of electrical parameters for monitoring and control systems], Moscow, Energy, 1976. (in Russ.)

Simbirsky D.F., Zavaliy A.A. Contact methods for measuring high temperatures of gas flows in gas turbine engines [Kontaktnye metody izmereniya vysokikh temperatur gazovykh potokov v gazoturbinnykh dvigatelyakh], Trudy "Metody i sredstva diagnostiki gazoturbinnykh dvigateley" [Proc. "Methods and diagnostic tools for gas turbine engines"], Kharkov, KhAI, 1989, pp. 84-104. (in Russ.)

Lebedev I.V., Treskunov S.L., Yakovenko V.S. Elementy struynoy avtomatiki [Elements of inkjet automation], Moscow, Mechanical Engineering, 1973, 360 p. (in Russ.)

Korzin V.V. Theoretical analysis of the working process of a jet pulse temperature converter [Teoreticheskiy analiz rabochego protsessa struynogo impul'snogo preobrazovatelya temperatury], Izv. VolgGTU. Ser. "Progressivnye tekhnologii v mashinostroenii" [Bulletin of the Volgograd State Technical University. Ser. "Advanced technologies in mechanical engineering"], Volgograd, VolgSTU, 2007, is. 3, no. 4, pp. 46-47. (in Russ.)

Levin V.S., Belash V.A., Karev V.A., Shirokov A.M. Design methods for inkjet automation elements [Metody proektirovaniya elementov struynoy avtomatiki], "Yablonna-86": sb. dokl. Mezhdunarodnoy konfe-rentsii po pnevmaticheskim i gidravlicheskim ustroystvam i sistemam upravleniya [Collection of reports of the International Conference on Pneumatic and Hydraulic Devices and Control Systems "Yablonna-86"], Moscow, 1986, pp. 7-9. (in Russ.)

Nikolsky B.P. (ed.) Spravochnik khimika [Handbook of a chemist: in 6 vol., 2nd ed.], Moscow–Leningrad, Chemistry, 1966, vol. 1-5. (in Russ.)

Chaplygin E.I., Dyachkov E.A., Goryunov V.A., Korzin V.V. Struynyy impul'snyy datchik temperatury [Inkjet pulse temperature sensor], Patent of Russia no. 2248541, 2005, Bull. no.8. (in Russ.)

Chaplygin E.I., Goryunov V.A., Korzin V.V. Struynoe differentsiruyushchee ustroystvo [The jet differentiating device], Patent of Russia no. 88465, 2009, Bull. no. 31. (in Russ.)

Goryunov V.A., Korzin V.V. Struynyy generator impul'sov [Inkjet pulse generator], Patent of Russia no. 107830, 2011, Bull. no. 24. (in Russ.)

Korzin V.V. Experimental studies of a jet pulse temperature transducer [Eksperimental'nye issledovaniya struynogo impul'snogo preobrazovatelya temperatury], Izv. VolgGTU. Ser. "Progressivnye tekhnologii v mashi-nostroenii": Mezhvuz. sb. nauch. st. [Bulletin of the Volgograd State Technical University. Ser. "Progressive technologies in mechanical engineering"], Volgograd, VolgSTU, 2007, is. 3, no. 4, pp. 47-49. (in Russ.)




DOI: http://dx.doi.org/10.24892/RIJIE/20190302

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