Experimental Investigations of Liquid Oxygen/Methane Combustion at Very Low Mixture Ratio at the Mascotte Test Facility
L Vingert, N Fdida, Y Mauriot, IO Colomer… - 32nd ISTS & 9th NSAT …, 2019 - hal.science
32nd ISTS & 9th NSAT Joint Symposium, 2019•hal.science
A short test series was run on the Mascotte cryogenic test facility of Onera, with the objective
to demonstrate the feasibility of applying several diagnostics to the characterization of liquid
oxygen/methane combustion in the range of low mixture ratios typical of gas generator
operation. Tunable diode laser absorption spectroscopy and emission spectroscopy were
used to investigate the gas mixture in the near injector region, while particle sampling was
applied to the characterization of soot.
to demonstrate the feasibility of applying several diagnostics to the characterization of liquid
oxygen/methane combustion in the range of low mixture ratios typical of gas generator
operation. Tunable diode laser absorption spectroscopy and emission spectroscopy were
used to investigate the gas mixture in the near injector region, while particle sampling was
applied to the characterization of soot.
A short test series was run on the Mascotte cryogenic test facility of Onera, with the objective to demonstrate the feasibility of applying several diagnostics to the characterization of liquid oxygen/methane combustion in the range of low mixture ratios typical of gas generator operation. Tunable diode laser absorption spectroscopy and emission spectroscopy were used to investigate the gas mixture in the near injector region, while particle sampling was applied to the characterization of soot.
hal.science