УДК 66
DOI: 10.32758/2071-5951-2021-0-4-46-49
Lebedev M. N., Rumyantsev S. V., Kopanskova T. V. (Slavneft-YANOS PJSC, Yaroslavl)
E-mail: LebedevMN@yanos.slavneft.ru
Определение октанового числа в диапазоне от 100 до 110 без использования тетраэтилсвинца
Keywords: octane number motor method (MON), octane number research method (RON), master blends, isooctane, toluene, detonation.
Abstract. The reasons for the choice of toluene and isooctane blends to determine the octane number according to the research method in the range from 100 to 110 are reviewed. The data of experimental verification of operation with these blends are presented.
References
1. Zabryanskiy E. I., Komskiy M. S. Modern methods for determining the detonation resistance of motor fuels. Moscow, 1948.
2. Gureev A. A. The use of motor gasolines. Moscow, 1972.
3. Zabryanskiy E. I., Zarubin A. P. Detonation resistance and ignition of motor fuels. Moscow, 1974.
4. STO 00149765-201-2009. “Fuel for engines. Research method for determining the octane number in the range from 100 to 110 points without the use of tetraethyl lead”.
5. GOST 8226-2015 Fuel for engines. Research method for determining the octane number.
6. ASTM D 2699 «Standard method for determining the octane number of spark ignited engine fuels».
7. Knyazkov A. L., Nikitin A. A., Kirillov D. V., Borisanov D. V., Emelyanov V. E., Bakaleinik A. P., Kuzmichev D. O., Lebedev M. N., Rumyantsev S. V. Method for determining the octane number of motor gasolines and their components by research method // Patent RF No. 2369868. May 13, 2008.