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Experimental Study on Comparison of Flame Propagation Velocity for the Performance Improvement of Natural Gas Engine
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 Title & Authors
Experimental Study on Comparison of Flame Propagation Velocity for the Performance Improvement of Natural Gas Engine
Chung Jin Do; Jeong Dong Soo;
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 Abstract
Natural gas possesses several characteristics that make it desirable as an engine fuel; 1)lower production cost, 2)abundant commodity and 3)cleaner energy source than gasoline. Due to the physics characteristics of natural gas, the volumetric efficiency and flame speed of a natural gas engine are lower than those of a gasoline engine, which results in a power loss of when compared to a normal gasoline engine. This paper describes the results of a research to improve the performance of a natural gas engine through the modification and controls of compression ratio, air/fuel ratio, spark advance and supercharging and method of measuring flame propagation velocity. It emphasizes how to improve the power characteristics of a natural gas engine. Combustion characteristics are also studied using an ion probe. The ion probe is applied to measure flame speed of gasoline and methane fuels to confirm the performance improvement of natural gas engine combustion characteristics.
 Keywords
Engine performance;Flame propagation;Velocity;Ion Current;Supercharging effect;
 Language
English
 Cited by
 References
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