Ignition Probability in a Fuel Spray
スポンサーリンク
概要
- 論文の詳細を見る
Application of the stochastic ignition theory to spontaneous ignition in an n-octane fuel spray injected into high-temperature air behind reflected shock waves in a shock tube is statistically investigated. The total space into which the fuel is injected is optically divided into 25 sections and the induction period of ignition in each section is separately, but at the same time, measured, using several photomultipliers. From the histogram of the ignition induction period in each section obtained by repeating the same experiment many times, the temporary and spatial distributions of ignition probability in the fuel spray are obtained.
- 社団法人応用物理学会の論文
- 1992-07-15
著者
-
Utaka Yoshio
Department Of Mechanical Engineering Tokyo Institute Of Technology
-
Utaka Yoshio
Department Of Mechanical Engineering And Materials Science Graduate School Yokohama National Univers
-
Terao Kunio
Department Of Mechanical Engineering And Materials Science Faculty Of Engineering Yokohama National
-
Liao Chihong
Department Of Mechanical Engineering Faculty Of Engineering Yokohama National University
関連論文
- TED-AJ03-541 EFFECT OF SURFACE PROPERTIES ON BOILING HEAT TRANSFER CHARACTERISTICS IN A MICRO-CHANNEL VAPORIZER
- Study on Dropwise Condensation Curves (Dropwise to Filmwise Transition of Propylene Glycol, Ethylene Glycol and Glycerol Vapors on a Copper Surface Using a Monolayer Type Promoter-Part 2)
- Reconsideration of the Transient Line Heat-Source Technique : Analytical Discussion on the Influence of Natural Convection
- A Method of Efficient Ice Cool Energy Storage Using Heat Transfer of Direct Contact Phase Change Between Working Medium and PCM in an Enclosure
- Distribution of Ignition Probability in a Heterogeneous Mixture
- Statistical Analysis on Phototaxis of Goldfish in an Experimental Vessel
- An Interpretation of the Telegraph Equation for Animal Movement near Boundary Wall
- Stochastische Untersuchung uber die Entstehung der Kavitation in einer Wasserstromung
- B308 EFFECT OF NON-CONDENSABLE GAS MASS FRACTION ON CONDENSATION HEAT TRANSFER FOR WATER-ETHANOL VAPOR MIXTURE
- TED-AJ03-604 EFFECT OF VAPOR VELOCITY ON CONDENSATION HEAT TRANSFER FOR WATER-ETHANOL BINARY VAPOR MIXTURE
- A Statistical Investigation of Ignition in a Fuel Spray Using a Shock Tube
- The Most Inflammable State of a Lean Hydrocarbon-Air Mixture
- Practical Applications of the Combustion Rate for Estimating the Thermal Efficiency and Gas States in Internal Combustion Engines
- Experimental Study on Cylindrical and Spherical Implosions
- Temperatures in Imploding Detonation Waves
- Shock Tube Using Free Piston Driven by Detonation Waves
- Experimental Study on the Ionization of Argon behind Reflected Shock Waves
- Experimental Study on Suppression of Detonation Waves
- DISCUSSION : Experimental Investigations of Cavitation Bubble Collapse by a Water Shock Tube
- Shock Heated Ignition in Hydrogen-Oxygen Mixture as a Stochastic Phenomenon
- Elektrische Sondencharakteristik des Flussigkeitswassers
- Eine Umwandlung in Wasser in der Nahe von 4,0℃
- Stochastic Phenomena in Detonation Waves
- Measurement of Condensate Thickness for Solutal Marangoni Condensation by Laser Absorption Method
- Gas Hydrate Cold Storage Using Direct-Contact Heat Transfer of Liquid-Vapor Phase Change and Natural Circulation of Refrigerant in Closed Vessel
- Ignition Probability in a Fuel Spray
- Three-Dimensional Measurement of Fish Movement Using Microcomputer : I. Influence of Light Beam on Fish Movement
- A Statistical Study of Fish Movement in an Aquarium
- On the Contact Heat Transfer with Melting (Direct Contact Melting Process within an Inclined Rectangular Cross-Section)
- Basic Research on Optimization of Heat-Retention Characteristics of Fiber Bulk Materials