Font Size: a A A
Keyword [ignition delay]
Result: 21 - 40 | Page: 2 of 5
21. Experimental Studies Of Diesel Fuel And Gasoline Fuel Surrogates On Low-temperature Combustion Of Engines
22. A Shock Tube Study Of Ignition Delay Characteristics Of Ethylene And Comtamination Effect
23. An Experimental And Kinetic Modeling Study Of N-Butano/N-Heptane Ignition Characteristic In Rapid Compression Machine
24. Numerical Simulation Of Dual-fuel Of Methanol And Diesel Combustion
25. An Investigation On Surrogate Mixture And Its Chemical Kinetic Models Of Bio-diesel Fuel
26. Experimental Study On Ignition Characteristics Of Pulverized Coal Jet
27. Characteristics Of The Diluent Gas Impact Of The Fuel Ignition And Combustion Process
28. Experimental And Kinetic Modeling Study On Ignition Delay Of Binary Fuel Blends Of Methyl Hexanoate With N-butanol And Ethanol
29. Ignition And Combustion Studies Of NEPE Propellant Under Laser Irradiation
30. Development And Experimental Research Of A Rapid Compression Machine
31. Experimental And Kinetic Study On Autoignition Of Liquefied Petroleum Gas/ Dimethyl Ether Blends In A Shock Tube
32. Experimental And Numerical Investigation On Ignition And Combustion Characteristics Of Chinese RP-3 Kerosene
33. Numerical Study Of Ignition Of Dual Fuel And Combustion And Emmision Of Diesel Methanol Dual Fuel
34. Improvement Of Biomass Boiler Of New Front And Rear Arch And Numerical Simulation Of Furnace
35. Study On Ignition And Combustion Characteristics Of Solid Fuel-rich Propellant Under Laser Irradiation
36. The Chemical And Physical Effects Of CO2 On The Ignition Of The Coal Particle In O2/CO2 Atmospheres
37. Desitgn And Synthesis Of Polycyclic Hvpergolic Ammonium Ionic Liquids
38. The Design Of Shock Tube And Experimental Study On Chemical Mechanism Of Ethylene Combustion
39. Numerical Research On Combustion Stability And NO_x Reduction Of Gas Turbine Firing Syngas
40. Investigation Of Influences Of Couplingeffects Of Oxygen In Fuel And Air On Combustion Process
  <<First  <Prev  Next>  Last>>  Jump to