Raymond Mitchell Spearrin

Associate Professor

University of California, Los Angeles

United States

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Articles (14)

THz rotational absorption spectroscopy of the hydroxyl radical at high temperatures using a quantum-cascade laser

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Year:

2024

Polytetrafluoroethylene (PTFE) burn characteristics and toxicant formation in an oxidizer cross-flow via laser absorption tomography

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Year:

2024

Optical pressure sensing at MHz rates via collisional line broadening of carbon monoxide: uncertainty quantification in reacting flows

Article Link

Year:

2023

Detonation cell size of liquid hypergolic propellants: Estimation from a non-premixed combustor

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Year:

2023

Quantitative volumetric laser absorption imaging of methane and temperature in flames utilizing line-mixing effects

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Year:

2023

Influence of process parameters on direct solar-thermal hydrogen and graphite production via methane pyrolysis

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Year:

2023

Correction: Hypergolic Continuous Detonation with Space-Storable Propellants and Additively-Manufactured Injector Design

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Year:

2023

Concentrated solar-thermal methane pyrolysis in a porous substrate: Yield analysis via infrared laser absorption

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Year:

2023

Transient analysis of solar pyrolysis and hydrogen yield via interband cascade laser absorption spectroscopy of methane, acetylene, ethylene, and ethane

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Year:

2023

Real-time FPGA-based laser absorption spectroscopy using on-chip machine learning for 10 kHz intra-cycle emissions sensing towards adaptive reciprocating engines

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Year:

2023

Extended tuning of distributed-feedback lasers in a bias-tee circuit via waveform optimization for MHz-rate absorption spectroscopy

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Year:

2022

Hypergolic Continuous Detonation with Space-Storable Propellants and Additively Manufactured Injector Design

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Year:

2022

Methane-oxygen rotating detonation exhaust thermodynamics with variable mixing, equivalence ratio, and mass flux

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Year:

2021

Localized characteristic velocity (c*) for rocket combustion analysis based on gas temperature and composition via laser absorption spectroscopy

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Year:

2021

Collaborators (3)

Daniel Pineda

Assistant Professor

University of Texas at San Antonio

UNITED STATES

John Bennewitz

Assistant Professor

The University of Alabama in Huntsville College of Engineering

UNITED STATES

Nicolas Minesi

Professor

CentraleSupélec

FRANCE

Raymond Mitchell Spearrin

Research Interests

Explore related searches

Contact this professor

Articles (14)

THz rotational absorption spectroscopy of the hydroxyl radical at high temperatures using a quantum-cascade laser

Polytetrafluoroethylene (PTFE) burn characteristics and toxicant formation in an oxidizer cross-flow via laser absorption tomography

Optical pressure sensing at MHz rates via collisional line broadening of carbon monoxide: uncertainty quantification in reacting flows

Detonation cell size of liquid hypergolic propellants: Estimation from a non-premixed combustor

Quantitative volumetric laser absorption imaging of methane and temperature in flames utilizing line-mixing effects

Influence of process parameters on direct solar-thermal hydrogen and graphite production via methane pyrolysis

Correction: Hypergolic Continuous Detonation with Space-Storable Propellants and Additively-Manufactured Injector Design

Concentrated solar-thermal methane pyrolysis in a porous substrate: Yield analysis via infrared laser absorption

Transient analysis of solar pyrolysis and hydrogen yield via interband cascade laser absorption spectroscopy of methane, acetylene, ethylene, and ethane

Real-time FPGA-based laser absorption spectroscopy using on-chip machine learning for 10 kHz intra-cycle emissions sensing towards adaptive reciprocating engines

Extended tuning of distributed-feedback lasers in a bias-tee circuit via waveform optimization for MHz-rate absorption spectroscopy

Hypergolic Continuous Detonation with Space-Storable Propellants and Additively Manufactured Injector Design

Methane-oxygen rotating detonation exhaust thermodynamics with variable mixing, equivalence ratio, and mass flux

Localized characteristic velocity (c*) for rocket combustion analysis based on gas temperature and composition via laser absorption spectroscopy

Collaborators (3)

Daniel Pineda

John Bennewitz

Nicolas Minesi

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