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Preface; Acknowledgments; Contents; Introduction; Part I Propagation of Laminar Spherical Flames ; 1 Flame Propagation: Theoretical Approaches; Abstract; 1.1 Influence of Chemically Active Additives on Flame Velocity of Rich H2 + Air Mixtures; 1.2 Concentration Limits of Combustion in Rich Hydrogen
Air Mixtures in the Presence of Inhibitors; 1.3 On the Nature of an Upper Concentration Limit of Flame Propagation in an H2 + Air Mixture; References; 2 Flame Propagation by Spark Discharge Initiation; Abstract.
2.1 Influence of Inert Additives on the Time of Formation of Steady Spherical Flame Front of Mixtures of Natural Gas and Isobutylene with Oxygen Under Spark Initiation2.2 Influence of Inert and Active Additives on the Features of Initiation and Propagation of Laminar Spherical Flames at Atmospheric Pressure; 2.3 Numerical Investigation of Effects of Surface Recombination and Initiation for Laminar Hydrogen Flames at Atmospheric Pressure; 2.4 Investigation into Regularities of Lean Hydrogen
Air Mixtures Combustion at Atmospheric Pressure by Means of High-Speed Cinematography; References.
3 Ignition and Flame Propagation in Heated VesselsAbstract; 3.1 Investigation into Thermal Ignition in Chain Oxidation of Hydrogen, Natural Gas, and Isobutene by Means of High-Speed Color Cinematography; 3.2 Investigation into Spontaneous Ignition of Propane
Air and n-Pentane
Air Mixtures in Heated Vessel at Atmospheric Pressure by Means of High-Speed Color Cinematography; 3.3 On the Features of the Negative Temperature Coefficient Phenomenon in Combustion of n-Pentane
Air Mixtures.
3.4 Investigation into Spontaneous Ignition of Hydrogen
Air Mixtures in a Heated Reactor at Atmospheric Pressure by Means of High-Speed Color CinematographyReferences; 4 Some Features of Kinetic Mechanisms of Gaseous Combustion; Abstract; 4.1 Initiation of Hydrogen Flame by a Local Source; 4.1.1 Appendix; 4.1.1.1 Analytical Definition of tau del of Hydrogen
Air Mix at Atmospheric Pressure; 4.2 Various Influence of Active Chemical Additives on Hydrogen and Hydrocarbon Combustion; 4.3 Experimental; 4.4 Results and Discussion.
4.4.1 Effect of Reactive Additives on the Initiated Ignition of H2 and Hydrocarbons in Oxygen4.4.2 Effect of Small Chemically Active Additives on the Combustion of NG
Air Mixtures at 1 atm; 4.4.3 Thermal Ignition of Hydrogen and Natural Gas Mixtures with Oxygen in the Presence of Chemically Active Additives; References; Part II Unsteady Gaseous Combustion ; 5 Instabilities in Gaseous Combustion; Abstract; 5.1 Flame Propagation Regimes at Combustion of Lean Hydrogen
Air Mixtures in the Presence of Additives at Central Spark Initiation at Atmospheric Pressure; 5.1.1 Experimental.
Air Mixtures in the Presence of Inhibitors; 1.3 On the Nature of an Upper Concentration Limit of Flame Propagation in an H2 + Air Mixture; References; 2 Flame Propagation by Spark Discharge Initiation; Abstract.
2.1 Influence of Inert Additives on the Time of Formation of Steady Spherical Flame Front of Mixtures of Natural Gas and Isobutylene with Oxygen Under Spark Initiation2.2 Influence of Inert and Active Additives on the Features of Initiation and Propagation of Laminar Spherical Flames at Atmospheric Pressure; 2.3 Numerical Investigation of Effects of Surface Recombination and Initiation for Laminar Hydrogen Flames at Atmospheric Pressure; 2.4 Investigation into Regularities of Lean Hydrogen
Air Mixtures Combustion at Atmospheric Pressure by Means of High-Speed Cinematography; References.
3 Ignition and Flame Propagation in Heated VesselsAbstract; 3.1 Investigation into Thermal Ignition in Chain Oxidation of Hydrogen, Natural Gas, and Isobutene by Means of High-Speed Color Cinematography; 3.2 Investigation into Spontaneous Ignition of Propane
Air and n-Pentane
Air Mixtures in Heated Vessel at Atmospheric Pressure by Means of High-Speed Color Cinematography; 3.3 On the Features of the Negative Temperature Coefficient Phenomenon in Combustion of n-Pentane
Air Mixtures.
3.4 Investigation into Spontaneous Ignition of Hydrogen
Air Mixtures in a Heated Reactor at Atmospheric Pressure by Means of High-Speed Color CinematographyReferences; 4 Some Features of Kinetic Mechanisms of Gaseous Combustion; Abstract; 4.1 Initiation of Hydrogen Flame by a Local Source; 4.1.1 Appendix; 4.1.1.1 Analytical Definition of tau del of Hydrogen
Air Mix at Atmospheric Pressure; 4.2 Various Influence of Active Chemical Additives on Hydrogen and Hydrocarbon Combustion; 4.3 Experimental; 4.4 Results and Discussion.
4.4.1 Effect of Reactive Additives on the Initiated Ignition of H2 and Hydrocarbons in Oxygen4.4.2 Effect of Small Chemically Active Additives on the Combustion of NG
Air Mixtures at 1 atm; 4.4.3 Thermal Ignition of Hydrogen and Natural Gas Mixtures with Oxygen in the Presence of Chemically Active Additives; References; Part II Unsteady Gaseous Combustion ; 5 Instabilities in Gaseous Combustion; Abstract; 5.1 Flame Propagation Regimes at Combustion of Lean Hydrogen
Air Mixtures in the Presence of Additives at Central Spark Initiation at Atmospheric Pressure; 5.1.1 Experimental.