Scientific journal
Fundamental research
ISSN 1812-7339
"Перечень" ВАК
ИФ РИНЦ = 1,798

METHOD OF IDENTIFICATION OF MOTOR FUEL IN LUBRICANT OIL OF AUTOMOBILE UNITS

Lyapina O.V. 1, Vlasov Yu.A. 1, Lyapin A.N. 2
1 Tomsk State University of Architecture and Building
2 Gazprom transgaz Tomsk
In work it is shown that if motor fuel gets to lubricant oil, it is a diagnostic sign on which it is possible to estimate technical condition of the fuel equipment. It was possible to estimate presence of motor fuel at oil by an oil flash temperature method only in laboratories earlier. In article it is offered to identify motor fuel in lubricant oil by a resonant method of an oscillatory contour. The theoretical justification of a method constructed on electric and physical dependences of interaction of lubricant oil and motor fuel with electric field is given in work. The experimental assessment of impurity of lubricant oil was carried out on engine oils by diagnostic criterion, which the index of quality of oil is called. It is experimentally established, decrease in an index of quality of oil of the called method identifies presence of motor fuel at lubricant oil.
diagnostics
car
motor fuel
lubricant oil
dielectric permeability
1. Vlasov Yu.A. Metod identifikattsii okhlazhdayuschey zhidkosti v smazochnom masle agregatov transportnykh sredstv [Method of identification of cooling liquid in lubricant oil of units of vehicles] // Basic researches, 2013. no. 11 (part 6). рр. 1113–1117.
2. Mayofis I.M. Khimiya dielektrikov [Chemistry of dielectrics]. Moscow: Vyssh. school, 1970. 332 p.
3. Metod diagnostirovaniya kar’ernykh avtosamosvalov po izmeneniyu dielektricheskoi pronitsaemosti sredy rabotayushchego masla [Method of diagnosing of career dump trucks on change of dielectric permeability of the environment of the working oil] / Yu.A. Vlasov, E.I. Udler, N.T. Tishchenko, S.A. Zemlyanoy, R.Yu. Tankov // Basic researches, 2013. no. 8 (part 6). рр. 1307–1311.
4. Otsenka rabotosposobnosti mashin po parametram rabotayushchego masla [Assessment of operability of cars in parameters of the working oil] / A.I. Sokolov, N.T. Tishchenko, V.A. Ametov. – Tomsk: Publishing house Tomsk University, 1991. 200 p.
5. Skanavi G.I. Fizika dielektrikov [Physics of dielectrics (area of strong fields)]. Moscow: Publishing house of physical and mathematical literature, 1958. 896 p.
6. Sposob diagnostiki agregatov mashin po parametram rabotayushchego masla [Way of diagnostics of units of cars in parameters of the working oil: stalemate]: patent 2473884 Russian Federation: MPK G01N15/06 G01R27/26/ Yu.A. Vlasov, N.T. Tishchenko, Yu.A. Budko, etc. – no. 2011129525/28; it is declared 28.09.2011; it is published 27.01.2013, Bulletin no. 3.
7. Teoreticheskaya otsenka protsessov ochistki i podogreva topliva v mobil’nykh mashinakh [Theoretical assessment of processes of cleaning and heating of fuel in mobile cars] / E.I. Udler, P.V. Isayenko, D.V. Halturin, A.V. Lysunets // News of Tomsk polytechnic university, 2012. T. 320. no. 2. рр. 125–129.
8. Aimé F. Dielektricheskie izmereniya [Dielectric measurements]. Moscow: Chemistry, 1967. 224 p.

Библиографическая ссылка

Ляпина О.В., Власов Ю.А., Ляпин А.Н. МЕТОД ИДЕНТИФИКАЦИИ МОТОРНОГО ТОПЛИВА В СМАЗОЧНОМ МАСЛЕ АВТОМОБИЛЬНЫХ АГРЕГАТОВ // Фундаментальные исследования. 2015. № 2-8. С. 1637-1641;
URL: https://fundamental-research.ru/en/article/view?id=37204 (дата обращения: 25.06.2026).