Method of improving the performance of gasoline engine work with internal mixing



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Abstract

Analyzes the problematic issues associated with the prospect of development of domestic automotive gasoline engines with internal mixing, which stimulate the need for search tools and new technical solutions that are acceptable for domestic engines. Noted the unacceptability of a direct copying of foreign decisions in domestic practice, not only because of the high financial costs for their implementation, but given the lack of technology and the necessary materials for their production. As an alternative, we propose a method that allows for minimal financial costs quickly solve an actual problem of domestic engine - the creation of the Russian automotive gasoline engine of a new generation with internal mixing. The method is based on the use of hydrogen as a chemical reagent that promotes improvement of ecological and economic qualities of the engine.

About the authors

V M Fomin

Moscow State Technical University MAMI

Email: mixalichDM@mail.ru
д.т.н. проф8(495)369-90-48; МГТУ «МАМИ»; Moscow State Technical University MAMI

А S Platunov

Moscow State Technical University MAMI

Moscow State Technical University MAMI

References

  1. Winterkorn M., Spiegel L., Bohne P., Sohlke G. Der Lupo FS1 von Volkswagen - so sparsam ist sportlich // ATZ.- № 10.- Teil 1. 2000. S. 832-841.
  2. Ando А., Noma К., lida К., Nakayama О., Yamauchi T. Mitsubishi GDI Engine Strategies to meet European Requirements// Proceedings AVL «Engine and Environment».- Graz, 1997.- V. II.- P. 55-70.
  3. Каменев В.Ф., Фомин В.М., Хрипач Н.А. Теоретические и экспериментальные исследования работы двигателя на водородно-топливных композициях // International Scientific Journal for Alternative Energy and Ecology (ISJAEE).- № 7. 2005. с. 32-42.
  4. Малышенко С.П., Назарова О.В. Аккумулирование водорода//Атомно-водородная энергетика и технология. - Сб. статей. Вып. 8. - М.: Энергоатомиздат, 1988. с. 155-205.
  5. Fomin V.M. and Makunin A.V. Thermo chemical recovery of heat contained in exhaust gases of internal combustion engines (a general approach to the problem of recovery of heat contained in exhaust gases) // Theoretical foundations of chemical engineering.-Vol.43. № 5. 2009. P.p.834-840.
  6. Фомин В.М. Системы химического воздействия на параметры рабочего цикла двигателя // Тракторы и сельскохозяйственные машины.-2004. № 6. с. 34-38.
  7. Justin Fulton. Hydrogen for cold starting and catalyst heating in a methanol vehicle // SAE Technical Paper Series № 951956. 1995. Pp. 2-12.

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Copyright (c) 2011 Fomin V.M., Platunov А.S.

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