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PERSPECTIVE TECHNOLOGY OF ORGANIZATION OF IGNITION OF POOR BANDWIDTH MIXTURES IN AUTOTRACTOR ENGINES OF INTERNAL COMBUSTION WITH DIRECT INJECTION
Marusin A.V., Danilov I.K., Marusin A.V., Uspensky I.A., Yukhin I.A.
In this paper, the concept of using a laser ignition system in autotractor internal combustion
Сurrent problems in energetic materials ignition studies
Zarko, Vladimir E., Knyazeva, Anna G.
Several problems of ignition of energetic materials (EMs), which are able to burn in the absence
Research on Biofuels Ignition Delay
Vallejo Maldonado P.R., Gusakov Sergey, Devyanin Sergey, Markov Vladimir, Ponomaryev Eugeny
An installation that allows to conduct experimental research on ignition delay period for various
Isolated Ignition circuits for High Power DC Plasma
Hakki A., Kashapov N.F.
ignition system. This spark was used to ignition an atmospheric Helium plasma (He). A high frequency (25KHz
Assessment of the Knock Prediction Capabilities with Single-Zone Thermodynamic Model of SI Engine and Detailed Chemical Kinetic Mechanisms of Fuel Combustion
Zaev I., Smirnov S.
Assessment of the boundaries for self-ignition of unburned charge in spark ignition engines (also
Operation of a Spark-Ignition Engine on Mixtures of Petrol and N-Butanol
Kukharonak, H., Ivashko, V., Pukalskas, S., Rimkus, A., Matijosius, J.
The Article analyses the use of n-butanol (biobutanol) in mixtures with petrol in spark-ignition
Investigation into self-ignition of biodiesel
Oschepkov P.P., Smirnov S.V., Zaev I.A.
The article discusses methodology and results of kinetic simulation of self-ignition (in air
Расчет времени задержки зажигания металлизированного твердого топлива при зажигании конвективным потоком
Гойко, Вячеслав Леонидович, Порязов, Василий Андреевич
. This paper presents a mathematical model and methodology to calculate the time of ignited by a convective
Simulation of fuel bed ignition by wildland firebrands
Kasymov, Denis P., Filkov, Alexander I., Daneyko, O. I., Gorbatov, D. A., Matvienko, Oleg V.
A 3-D mathematical model of fuel bed (FB) ignition initiated by glowing firebrands originating
Modeling of wood surface ignition by wildland firebrands
Matvienko, Oleg V., Kasymov, Denis P., Loboda, Egor L., Lutsenko, Anastasia V., Daneyko, Olga I.
The probability of structural ignition is dependent both on physical properties of materials

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