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This collection presents the publications of the Laboratory of Excellence in Chemical Kinetics and Aerothermodynamics for Clean and Safe Propulsion and Energy Systems - Labex CAPRYSSES (ANR-11-LABX-0006-01) which brings together 150 researchers, lecturers/researchers and PhD students.
Supported by the ICARE, PRISME and GREMI laboratories, Labex CAPRYSSES maintains cooperation with 25 industrial partners.

The three research areas of the Labex CAPRYSSES are :
  • Combustion : Internal combustion engines, gas turbines and gasification
  • Propulsion: Aerospace propulsion
  • Industrial safety: Mitigation of chemical explosion and safety of industrial sites

Update: July 2021.

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LABEX Caprysses Collaborations




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Aerosol flame Stereo-PIV Alcohol Air Layer Deformation Ignition Dipropyl ether Butyl Formate CH4-air High resolution mass spectrometry Combustion Vaporization Alcool Burning velocity Electric field Turbulent flame Agave Salmiana bagasse 1butanol Laser Rayleigh scattering 5-dimethylfuran Kinetics Oxygen enrichment Hydrogen 1 Kinetic modelling Aerosol Rarefied flow CA50 Plasma Actuator Boundary layers Oxidation -mechanism Swirling instability Ketohydroperoxides 13-dioxolane Auto-ignition delay SOA Micro-combustion Kinetic model Ammonia-hydrogen Ammonia Droplet Kinetics modeling Bombe sphérique Flame stretch 2-dimethoxyethane Auto-ignition Cool flame HOMs Diethyl ether Aluminium Methane Laminar diffusion flame Biocarburants Biofuels Spherically expanding flame Propyl acetate CO 2 capture Jet-Stirred reactor Rapid compression machine Oxidation mechanisms Orbitrap CO2 dilution Flame/vortex interaction FREI Oxidation At-source primary sulfate Jet stirred reactor Flame wrinkling Laminar flame speed Supersonic Shock tube Ab initio calculations Swirling flame Microgravity Vortex strain 3-pentanol Pentanol Flame vortex interactions Residence time Differential diffusion Engine conditions 12-dimethoxyethane Pyrolysis Ionization of plasmas Butane-23‑dione Kinetic modeling Flame structure Turbulent premixed combustion Jet-stirred reactor Ab initio Calculations Two-phase Biogas Laminar flame Highly oxygenated molecules Anisole Aérosol Biofuel Active flow control Burner modeling Aldehydes