Sentence examples for surface of the combustion from inspiring English sources

The upper, closed end, called the crown, forms the lower surface of the combustion chamber and receives the force applied by the combustion gases.

After the test operation, in situ deposited silica layers were observed on the surface of the combustion chamber, turbine nozzles and rotor blade.

For better burning, fuel should have more contact with the combustion chamber wall, so the surface of the combustion chamber walls should be minimized as possible; for this, the chamber should be of spherical shape but practically it is not possible [9, 10, 11].

The material concentration is the biggest factor affecting heat transfer coefficient of the heating surface of the indoor combustion, higher materials concentration makes higher heat transfer coefficient.

Silicon oxide nanowires are the most prevalent of the silicon-based structures, and form on SiC surfaces downstream of the combustion zone.

The three apexes of the rotor are provided with spring-loaded sealing plates that maintain a continuous sliding contact with the concave inner surface of the casing, and the combustion chambers increase and decrease successively in size as the rotor turns.

When the combustion chamber configuration had a middling pocket coupled with an ignition slot located at the middle of the width direction of rotor surface, the combustion rate is the highest.

The number of viable bacteria present on the surface of the substrates (coupons) after the combustion (including those on the carbonaceous material, if any) is estimated using the method described earlier.

The response surface of combustion efficiency along with the five parameters was accordingly predicted.

Knocking can cause overheating of the spark-plug points, erosion of the combustion chamber surface, and rough, inefficient operation.

The main design characteristics leading to the poor performance were identified: low emissivity of the combustion chamber surface (leading to poor radiation transfer), tight enclosing cabinet (affecting radiation and convection transfer), and no chimney flow control (leading to large outgas losses).