Total result(s) found: 52
Keywords:
Oxygenated gasoline, Ignition delay times ,Ethanol, Shock tube, Rapid compression machine
Keywords:
Auto-ignition, Ignition regimes, n-Heptane, Pre-ignition, Shock tube
Keywords:
Soot, Acetylene, Shock tube, Laser absorption, Scattering
Keywords:
Isobutene, Hydroxyl radicals, Rate coefficients, Shock tube, Branching ratio
Keywords:
Ethyl levulinate, Ethylene, Unimolecular dissociation, Ab initio, Six-center elimination
Keywords:
Rapid compression machine, Quantum cascade laser, Intrapulse, Absorption spectroscopy
Keywords:
Tetrahydrofuran, Cyclic ethers, Shock tube, Laser absorption, Ab initio
Keywords:
Future fuel, Octane index
Keywords:
Alkenes, Hydroxyl radicals, Rate coefficients, Shock tube
Keywords:
Cations, MBMS, Low-pressure flame, Ion chemistry, Electric fields
Keywords:
Light naphtha, Low-octane fuel, Ignition delay times, Surrogate formulation, Shock tube
Keywords:
Ignition delay times, Autoignition, Combustion
Keywords:
Low-octane gasolines, Naphtha, Ignition delay, Shock tube, Rapid compression machine, Surrogates
Keywords:
Chemical kinetics, Shock tube, Bayesian inference, Rate parameters, Surrogate model, Uncertainty quantification
Keywords:
Cyclopentane, Ignition delay, Shock tube, Rapid compression machine, Kinetic modeling
Keywords:
Quantum cascade lasers, Frequency modulation, Spectroscopy, Optical fiber amplifiers, Optimized production technology, Adaptive optics, Nonlinear optics
Keywords:
Iso-Octane, Combustion kinetics, Thermodynamics ,Gauche, Alternative isomerisation
Keywords:
Primary reference fuel, N-heptane, Iso-octane, Ignition delay times, Shock tube
Keywords:
Anions, Cations, Ion chemistry model, Molecular beam mass spectrometry (MBMS), Methane flames
Keywords:
Multi-species detection, Cavity ringdown spectroscopy, Air pollution monitering, Combustion diagnostics
Keywords:
Quantum cascade lasers, Frequency modulation, Spectroscopy, Optical fiber amplifiers, Optimized production technology, Adaptive optics, Nonlinear optics
Keywords:
Chemical kinetics, Shock tube
Keywords:
Chemical kinetics, Shock tube, Bayesian inference, Rate parameters, Surrogate model, Uncertainty quantification
Keywords:
Low-octane gasolines, Naphtha, Ignition delay ,Shock tube, Rapid compression machine, Surrogates
Keywords:
Ignition delay times, Autoignition, Combustion
Keywords:
Oxygenated gasolineIgnition delay timesEthanolShock tubeRapid compression machine
Keywords:
Anions, CationsIon chemistry model, Molecular beam mass spectrometry, (MBMS) Methane flames
Keywords:
Thermal unimolecular decomposition, Diethyl carbonate, CO2 gas
Keywords:
Cyclopentane, Ignition delay, Shock tube, Rapid compression machine, Kinetic modeling
Keywords:
Dimethyl carbonate, OH radicals, Shock waves
Keywords:
Alkenes, Hydroxyl radicals, Rate coefficients, Shock tube
Keywords:
Tetrahydrofuran, Cyclic ethers, Shock tube, Laser absorption, Ab initio
Keywords:
Auto-ignition, Ignition regimes, n-Heptane, Pre-ignition, Shock tube
Keywords:
Corn-based ethanol, Lifecycle analysis, Ethanol blended gasoline, CO2 emission, Well-to-wheel emission
Keywords:
Large branched alkanes, Rate calculations
Keywords:
Iso-Octane, Combustion kinetics, Thermodynamics, Gauche, Alternative isomerisation
Keywords:
Primary reference fuel, N-heptane, Iso-octane, Ignition delay times, Shock tube
Keywords:
Cations, MBMS, Low-pressure flame, Ion chemistry, Electric fields
Keywords:
Light naphtha, Low-octane fuel, Ignition delay times, Surrogate formulation, Shock tube
Keywords:
Rapid compression machine; Quantum cascade laser; Intrapulse; Absorption spectroscopy
Keywords:
Soot; Acetylene; Shock tube; Laser absorption; Scattering
Keywords:
Ethyl levulinate, Ethylene, Unimolecular dissociation, Ab initio, Six-center elimination
Keywords:
Future fuel, Octane index
Keywords:
Isobutene; Hydroxyl radicals; Rate coefficients; Shock tube; Branching ratio