Compression Ignition Engine - Globe Thesis

Keyword [Compression Ignition Engine] Result: 61 - 77 \| Page: 4 of 4
61.	Methodology for validating multi-dimensional engine combustion models and fuel surrogates using an optically accessible compression ignition engine
62.	Part load characterization of a small-bore diesel piloted dual fuel compression ignition engine with methane
63.	The Effects of Biodiesel Blending on Regulated and Unregulated Emissions from a Single-Cylinder Compression Ignition Engine
64.	Investigation on the Effects of Emerging Alternative Fuels and Additives on Compression Ignition Engine Performance, Combustion and Emissions
65.	Experimental Effects of Low Octane Primary Reference Fuels on Burn Rates and Phasing Limits in a Homogeneous Charge Compression Ignition Engine with Negative Valve Overlap
66.	Evaluation of Ethanol Substitution in a Compression Ignition Engine
67.	Experimental Investigation On The Combustion And Emission Performance Of A Compression-ignition Engine Operated At Low-temperature Combustion Mode Based On PODE_n
68.	Research On High-Efficiency-Clean-Combustion Of Internal Combustion Engine Based On Coal To Liquid Diesel And Active Thermo-Atmosphere Control
69.	Numerical Study On Spray And Combustion Process Based On Eulerian Spray Model And Unsteady-Flamelet/Progress-Variable Combustion Model
70.	Simulation Study On The Influence Of Boundary Conditions On Combustion And Emission Of Gasoline Compression Ignition Engine
71.	Influence Of Negative Valve Overlap On Combustion And Emissions Of Homogeneous Charge Compression Ignition Engine Fueled With The Hydrogen-mixed Natural Gas Blends
72.	Experimental And Numerical Study Of A Slightly Stratified Compression Ignition Engine By Coal-based Fischer-Tropsch Diesel/Gasoline/PODE
73.	Optimization And Control Strategy Of Ultra-low NOx Aftertreatment System For Compression Ignition Engines
74.	Research On Combustion Optimization And Emission Control Of Technology Engine Based On Coal-to-liquid Diesel And Fuel Design
75.	Investigations On The Exergy Loss Mechanisms Of The Controllable Chemical Reaction Pathway Combustion Of Advanced Compression Ignition Engines
76.	Internal EGR Rate Coupled With Hydrogen Doping Ratio On The Performance Of Hydrogen-doped Natural Gas Homogeneous Compression-ignition Engine Performance
77.	Experimental Study Of Diesel/Furan And Diesel/Methyl Heptanoate In Blending And Dual Injection Modes For Engine Energy-exergy Balance
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