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Ronald Hanson

Stanford University

United States

Research Interests

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Articles (32)

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Collaborators (6)

Mohammad Reza Kholghy

Assistant Professor

Carleton University

CANADA

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Pujan Biswas

Stanford University

UNITED STATES

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Joshua Vandervort

Stanford University

UNITED STATES

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Iouli Gordon

Physicist

Harvard-Smithsonian Center for Astrophysics

UNITED STATES

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Henning Finkenzeller

University of Helsinki

FINLAND

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Robert Hargreaves

Harvard-Smithsonian Center for Astrophysics

UNITED STATES

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Ronald Hanson

Research Interests

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Articles (32)

Multi-parameter, kHz rate spectrally resolved NO PLIF in a supersonic jet

Carbon black and hydrogen production from methane pyrolysis: Measured and modeled insights from integrated gas and particle diagnostics in shock tubes

Gas-phase chemistry and soot formation during shock-tube pyrolysis of methane at high fuel loadings

Ammonia Pyrolysis behind Reflected Shock Waves: Multispecies Measurements and Modeling.

High-temperature spectrally resolved NO laser-induced fluorescence for temperature and pressure measurement using a rapidly tunable UV laser

Applications of hydrazine for the study of NH2 kinetics-II: Self-reaction of NH2 radicals

Empirical and theoretical values of Stark shift and broadening parameters for excited states of O, Ar, and Xe

Effect of pre-flame reaction extent on the dynamics of outwardly expanding dimethyl ether (DME) laminar flames in the NTC region

Applications of Hydrazine for the study of NH2 kinetics-I: N2H4 pyrolysis reactions

Direct Laser Absorption Measurements of NH3-Relevant Pyrolysis Reactions.

Experimental Measurement of the Rate Coefficient for OCS + M, with M = Ar, He, N2, CO2 in a Shock Tube Using Laser Absorption Spectroscopy.

Laser Absorption Spectroscopy Studies of the Cyano Radical for Titan Entry Kinetics

Carbon particle formation, nanostructure and morphology in H2-blended CH4 pyrolysis: Shock tube experiments and modeling

Sensitive, multi-species, variable-pathlength laser absorption measurements in shock-tube studies of ammonia pyrolysis and oxidation

Collision induced absorption in HITRAN2024: Enhanced and improved data for atmospheric and planetary studies

Erratum: “Vibrational-state-resolved relaxation and chemistry of carbon monoxide and nitrogen mixtures from 2000–10 250 K probing carbon monoxide in the ground to twelfth excited vibrational levels” [Phys. Fluids 37, 096112 (2025)]

Ring-amplified shock tube for variable-gain, multi-wavelength absorption spectroscopy

High temperature collisional broadening of the oxygen A-band for partners O<sub>2</sub>, N<sub>2</sub>, and Ar

Laminar flame speed measurements and laser absorption characterization of high-temperature, premixed ethane-air flames

Vibrational-state-resolved relaxation and chemistry of carbon monoxide and nitrogen mixtures from 2000–10 250 K probing carbon monoxide in the ground to twelfth excited vibrational levels

Experimental temperature- and pressure-dependent absorbance cross sections and a pseudo-line-list model for methyl formate near 5.7μm

Ammonia/hydrogen laminar flame speed measurements at elevated temperatures

Experimental and numerical investigation of shock wave-based methane pyrolysis for clean H$$_2$$ production

Development of a vapor-based method for seeding alkali metals in shock tube facilities

Spectroscopic modeling and measurements of the CN Violet and Red systems for the development of nonequilibrium temperature and speciation diagnostics

Laser absorption study of the N2+ O → NO + N and NO + O → O2+ N Zeldovich reactions in shock-heated N2O mixtures

NOx formation from ammonia, and its effects on oxy-combustion of hydrocarbon fuels under supercritical-CO2 conditions

High-temperature vibrational relaxation and decomposition of shock-heated nitric oxide. I. Argon dilution from 2200 to 8700 K

High-temperature vibrational relaxation and decomposition of shock-heated nitric oxide: II. Nitrogen dilution from 1900 to 8200 K

Coupled vibration-dissociation time-histories and rate measurements in shock-heated, nondilute O2 and O2–Ar mixtures from 6000 to 14 000 K

Shock-tube measurements of coupled vibration–dissociation time-histories and rate parameters in oxygen and argon mixtures from 5000 K to 10 000 K

Vibrational relaxation time measurements in shock-heated oxygen and air from 2000 K to 9000 K using ultraviolet laser absorption

Collaborators (6)

Mohammad Reza Kholghy

Pujan Biswas

Joshua Vandervort

Iouli Gordon

Henning Finkenzeller

Robert Hargreaves

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