1 The technology of Combustion Gases Recirculation (CGR) has successfully solved the problem of high-pressure combustion of Stirling engine.

2 Combustion gases are collected by an exhaust hood for further analysis.

3 Hot combustion gases from the pyrolysis region react with the charcoal to convert the carbon dioxide and water vapor into carbon monoxide and hydrogen.

4 The coolant has been examined for signs of combustion gases and checks have also been made of the cooling system for air locks or blockages.

5 The poisonous gas in combustion gases for gun propellant by manometric bomb test was analyzed by infrared spectrum technique.

6 The thermal fatigue resistance high temperature combustion gases of eight heat resistant steels and superalloys in fatigue properties were studied on test rigs heated by combustion flue gas.

7 The higher temperature distribution accords with the seepage scope of spontaneous combustion gases.

8 As the piston moves in the cylinder bore, the piston rings press against the cylinder wall, providing a seal for combustion gases and keeping lubricating oil from being burned.

9 In the carbon black literature, this reaction between the combustion gases and the hydrocarbon feedstock is generally referred to as pyrolysis.

10 Carbon blacks are generally produced in a furnace-type reactor by reacting a hydrocarbon feedstock with hot combustion gases to produce combustion products containing particulate carbon black.

11 The units are completely self-contained and can be left unattended with no need for re-fueling or venting of combustion gases.

12 This causes the valves to overheat due to hot combustion gases rushing past valves when out of time.