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2009•The proceedings of the JSME annual meetingOpen access

G0701-2-3 A study on combustion chamber deposit formation on a piston crown of a two-stroke engine

Hiroyuki KAMOSHIDA, Hiroshi Kon, Naotake FUJITA, Michio KITANO

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Abstract

This paper reported on combustion chamber deposits (CCD) in small two-stroke engines. As already known, the CCDs cause increased in octane number requirement and NO_x. CCDs are known to be harmful to the engine performance. To inhibit the formation of combustion chamber deposits, we can prevent the deterioration of engine performance. Using separated a piston crown and a cylinder head, the characteristic properties of deposited sediments in the combustion chamber were surveyed and analysed.

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This paper reported on combustion chamber deposits (CCD) in small two-stroke engines. As already known, the CCDs cause increased in octane number requirement and NO_x. CCDs are known to be harmful to the engine performance. To inhibit the formation of combustion chamber deposits, we can prevent the deterioration of engine performance. Using separated a piston crown and a cylinder head, the characteristic properties of deposited sediments in the combustion chamber were surveyed and analysed.

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Available abstract

This paper reported on combustion chamber deposits (CCD) in small two-stroke engines. As already known, the CCDs cause increased in octane number requirement and NO_x. CCDs are known to be harmful to the engine performance. To inhibit the formation of combustion chamber deposits, we can prevent the deterioration of engine performance. Using separated a piston crown and a cylinder head, the characteristic properties of deposited sediments in the combustion chamber were surveyed and analysed.

Key concepts: Combustion chamber, Piston (optics), Cylinder head, Combustion, Four-stroke engine, Two-stroke engine, Crown (dentistry), Cylinder

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