PHYSICAL MEASUREMENTS IN GAS DYNAMICS AND COMBUSTION

By MATTHEW ROBINSON

CONTENTS NONLINEAR PHENOMENA AND KINETIC MECHANISM OF A GASEOUS BRANCHING CHAIN PROCESS BY THE EXAMPLE OF THERMAL DECOMPOSITION OF NITROGEN TRICHLORIDE THEORIES OF FLAME PROPAGATION IN GASES (A BRIEF REVIEW) PROPAGATION OF NON-THERMAL FLAME IN THE LOW-PRESSURE THERMAL DECOMPOSITION OF NITROGEN TRICHLORIDE EXPERIMENTAL DISCUSSION ON THE NATURE OF THE UPPER LIMIT OF NON-THERMAL FLAME PROPAGATION IN THE REACTION OF THERMAL DECOMPOSITION OF NCL3 KINETIC MECHANISM AND CHEMICAL OSCILLATIONS IN THE BRANCHING CHAIN DECOMPOSITION OF NITROGEN TRICHLORIDE PROMOTION OF NITROGEN TRICHLORIDE DECOMPOSITION WITH THE ADDITIVES OF MOLECULAR HYDROGEN IN THE VICINITY OF THE LOWER LIMIT OF THERMAL IGNITION CONCLUSIONS REFERENCES NONLINEAR EFFECTS IN SILANES OXIDATION AND CHLORINATION IN GASEOUS PHASE: COLLECTING A PUZZLE THE INVESTIGATION INTO DICHLOROSILANE CHLORINATION IN THE PRESENCE OF PROPYLENE AS INHIBITOR AND KR AS DEACTIVATOR AT LOW PRESSURES AND 293 K NON-THERMAL FLAME PROPAGATION IN MONOSILANE AND DICHLOROSILANE OXIDATION A LONG-LIVED INTERMEDIATE IN THE OXIDATION OF MONOSILANE AND DICHLOROSILANE ELECTRIC PHENOMENA IN SILANES CHLORINATION AND OXIDATION CHEMIIONIZATION IN THE CHLORINATION OF DICHLOROSILANE (DCS) AT LOW TEMPERATURES AND PRESSURES INTERRELATION BETWEEN CHEMIIONIZATION AND PHASE FORMATION IN THE LOW TEMPERATURE BRANCHED CHAIN PROCESS BY THE EXAMPLE OF DICHLOROSILANE OXIDATION INVESTIGATION INTO THERMAL IGNITION OF DICHLOROSILANE OXIDATION BY MEANS OF HIGH-SPEED FRAMING SCHLIEREN CINEMATOGRAPHY IN?UENCE OF CONSTANT ELECTRIC FIELD IN THE ABSENCE OF DISCHARGE ON KINETIC REGULARITIES OF DICHLOROSILANE OXIDATION EXCITED INTERMEDIATES IN SILANES COMBUSTION FLAME EMISSION SPECTRA OVER THE REGION OF 400–600 NM IN LOW-PRESSURE SILANE AND DICHLOROSILANE OXIDATION NIR INVESTIGATION OF HYDRO PEROXIDE RADICALS IN THE RARE?ED FLAME OF DICHLOROSILANE OXIDATION AT LOW PRESSURES AND 293 ? REACTIONS OF HYDRO PEROXIDE RADICALS IN HYDROGEN COMBUSTION PARTICIPATION OF PREVIOUSLY ADSORBED HYDROGEN ATOMS IN THE BRANCHING CHAIN PROCESS OF DEUTERIUM COMBUSTION EFFECTS OF REACTIVE ADMIXTURES ON THE NEAR-IR EMISSION SPECTRA OF HYDROGEN AND DEUTERIUM OXIDATION FLAMES FLAME ACCELERATION IN REACTIVE GAS FLOWS REACTIVE GAS FLOWS: GOVERNING PARAMETERS RELATIVE CONTRIBUTION OF GAS DYNAMICS AND CHEMICAL FACTORS INTO FEATURES OF FLAME PENETRATION THROUGH THE SMALL OPENINGS IN A CLOSED CYLINDRICAL REACTOR ESTABLISHMENT OF GAS DYNAMICS AND KINETIC FEATURES OF PENETRATION OF METHANE-OXYGEN FLAMES THROUGH COMPLEX OBSTACLES BY MEANS OF 3D SPECTROSCOPY AND HIGH-SPEED FILMING IN?UENCE OF HYDROCARBON ADDITIVES ON THE VELOCITY OF DETONATION WAVE AND DETONATION LIMITS BY THE EXAMPLE OF THE REACTION OF HYDROGEN OXIDATION APPENDIX IN?UENCE OF METALLIC PT ON HYDROGEN AND METHANE COMBUSTION CELLULAR COMBUSTION AND DELAY PERIODS OF IGNITION OF NEAR STOICHIOMETRIC H2—AIR MIXTURES OVER PT SURFACE THE FEATURES OF IGNITION OF HYDROGEN-AIR MIXTURES OVER PT AT ATMOSPHERIC PRESSURE EXPERIMENTAL INVESTIGATION INTO THE INTERACTION OF CHEMICAL PROCESSES ON A PT WIRE AND TURBULENT FLOWS AT FLAME PENETRATION THROUGH OBSTACLES IN THE PRESENCE OF IRON NANOPOWDER