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the chemical reactioncan causecombustion ( fire
what you have is goingto causepre - combustion
your exhaust manifold pipe there temperature is very highcausingpre - combustion
when tobacco is ignited by a heat source such as the flame from a match or a lighter(passive) is causedCombustion ( burning
a coupling between unsteady heat release and acoustic pressure waves , which is characterized by large amplitude pressure oscillations(passive) are caused byCombustion instabilities
the interaction between unsteady heat releases and acoustic waves(passive) are caused byCombustion instabilities
the potentialto causecombustion instabilities
a homogeneous mixturecausingHCCI combustion
the engine is fueledto causeHCCI combustion
water ... it is more proneto causecombustion quench
The spark plug ... the part of your engine that ignites the gas and the aircausecombustion
The spark plug is the engine part that ignites the air and gascausingcombustion
The spark plug ... the engine that ignites the gas as well as aircausecombustion
by a reaction between oxygen in the air and a fuel and which produces a combustion gas(passive) is caused bycombustion
this companybeen designingcombustion analysers
Oxygen , when mixed with a combustible substance , or gas and enough heatwill causecombustion
that ignites the gas - air mixtureto causecombustion
by the chemical action of the oxygen of the air upon the hydrogen and carbon found in fuel(passive) caused bycombustion
the heat which is produced due to the compression within a cylinder ... sufficient enough ... and as a resultto causecombustion
heat , fuel and oxygenwill causecombustion
the heat which is produced due to the compression within a cylinder ... sufficient enoughto causecombustion
it use the compression of the air in the engineto causecombustion
an air - fuel mixture in the engine cylindercausingcombustion
wall temperaturesinfluencingHCCI combustion
As you need fuel , heat and oxygento causecombustion
that ignites the fuel as well as aircausecombustion
much fuel vapors and not enough oxygenwill ... causecombustion
In a gasoline engine , the air - fuel mixture is ignitedto causecombustion
The contact between the internal gases of the cylinder gasmay causecombustion
mixing the fuel vapor with the intake airto causecombustion
that a burner needs both fuel and oxygen ... thus the air intake on the oil burnerto causecombustion
where timing is advanced , fuel / air mixture in cylinder ... , andcausingcombustion
Spark plugs create little sparks to ignite the air - fuel mixture in your enginetherefore causingcombustion
that ignites the gas as well as aircausecombustion
after the piston compresses the fuel - air mixture , the fuel is ignitedcausingcombustion
ignites this mixture gasto causecombustion
that a burner needs both fuel and oxygento causecombustion
to ignite the air - fuel mixture in the engineto causecombustion
After the piston compresses the fuel - air mixture , the spark ignites itcausingcombustion
Where gasoline engines rely on a spark plug to ignite the fuel , diesel engines use the heat of compressed airto causecombustion
in excellent fuel economy of this engine seriesresultingin excellent fuel economy of this engine series
his abilitydiscoveredhis ability
to the creation of carbon dioxide , water vapour , heat and lightleadsto the creation of carbon dioxide , water vapour , heat and light
extensive corrosive damage to the fluecan causeextensive corrosive damage to the flue
in flashbackresultingin flashback
from burning your fuelresultingfrom burning your fuel
to much back pressurecausingto much back pressure
in gas temperatures much too high for the materials and cooling technology employed in gas turbine enginesmay resultin gas temperatures much too high for the materials and cooling technology employed in gas turbine engines
in emissions of carbon monoxide , nitrous oxide , unburned hydrocarbons , particulate matter ( including soot or black carbon ) , and VOCscan resultin emissions of carbon monoxide , nitrous oxide , unburned hydrocarbons , particulate matter ( including soot or black carbon ) , and VOCs
in great fuel economy , less particulate emissions and lower noiseresultingin great fuel economy , less particulate emissions and lower noise
in increased engine efficiency and powerresultingin increased engine efficiency and power
to reduced engine emissions and fuel consumptioncan leadto reduced engine emissions and fuel consumption
the combustion processinfluencesthe combustion process
from the combustion of fuel in the combustion systemresultingfrom the combustion of fuel in the combustion system
in a cleaner engine and emission control componentssignificantly resultingin a cleaner engine and emission control components
more total combustion to the process which means more mechanical energy from the enginecausingmore total combustion to the process which means more mechanical energy from the engine
in smoother performance , cleaner emissions and better fuel economyresultsin smoother performance , cleaner emissions and better fuel economy
in an increase of carbon monoxide emissions from vehiclesresultingin an increase of carbon monoxide emissions from vehicles
generallyleadsgenerally
to a higher EF and a more complex compositioncontributesto a higher EF and a more complex composition
in increased NOx emissionsresultsin increased NOx emissions
from burning fuel in the engineresultingfrom burning fuel in the engine
in the generation of heat and gaseous by - products , usually carbon monoxide , carbon dioxide , and water vaporresultsin the generation of heat and gaseous by - products , usually carbon monoxide , carbon dioxide , and water vapor
in increased engine efficiency and power outputresultingin increased engine efficiency and power output
in a better burn increasing the horsepower and reducing emissionsresultingin a better burn increasing the horsepower and reducing emissions
to formation of contaminated gases like Carbon Monoxidecould leadto formation of contaminated gases like Carbon Monoxide
in better starting , running , and reduced engine noiseresultingin better starting , running , and reduced engine noise
to enhanced fuel economy and reduced emissionsleadingto enhanced fuel economy and reduced emissions
in better starting , running , and reduced engine noise 4resultingin better starting , running , and reduced engine noise 4
to greater fuel efficiency and a reduction in white smoke and noiseleadsto greater fuel efficiency and a reduction in white smoke and noise
in smoother drivability , cleaner emission and lower noiseresultingin smoother drivability , cleaner emission and lower noise
to a better engine life and an increase in mileageleadsto a better engine life and an increase in mileage
in high combustion temperaturesthereby resultingin high combustion temperatures
in a more complete burn of fuelresultingin a more complete burn of fuel
in a more complete burn of the fuelresultsin a more complete burn of the fuel
in a 90 % reduction of NOx emissionsresultedin a 90 % reduction of NOx emissions
more fuel to be burned and lowering particulate matter emissionsthus causingmore fuel to be burned and lowering particulate matter emissions
to acid rain and engine corrosionleadingto acid rain and engine corrosion
to a better engine life and an increase inleadsto a better engine life and an increase in
to a better engine life and an increaseleadsto a better engine life and an increase