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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
Labex CAPRYSSES

 

Cinétique chimique et Aérothermodynamique pour des Propulsions et des Systèmes Energétiques Propres et Sûrs.

Update: October 2022.

Number of notices

109

Number of Documents with Full Text

95

 

Latest submissions (full text)

Chargement de la page

 

LABEX Caprysses Collaborations

 

 

 

Evolution of deposits by year

Tags

Non-premixed combustion Swirling flame Aerosol Falloff curve Oxydation Atmospheric lifetime Hydrothermal carbonization Autoxidation Microgravity High resolution mass spectrometry Flame vortex interactions Cool flame Burning velocity Biofuels Orbitrap MS Keto-hydroperoxides Burning time Kinetics Spherically expanding flame Methane Spherical flames FREI Terpenes Diethyl ether Jet-Stirred reactor Shock wave Auto-ignition Oxidation mechanisms Pentanol High-resolution mass spectrometry Laser Rayleigh scattering Pyrolysis Flame/vortex interaction Kinetic model Micro-combustion N-heptane OH Engine conditions Shock tube Dipropyl ether Orbitrap HOMs Stereo-PIV Oxidation -mechanism Flame wrinkling Plasma Actuator Jet-stirred reactor Ethylene Laminar flame speed Chemiluminescence Steam Oxidation Flammability Rarefied flow Spectroscopy Orbitrap-HRMS Rapid compression machine Ketohydroperoxides Propyl acetate Differential diffusion Orbitrap mass spectrometry Turbulent premixed combustion Biofuel Hydrochar Flame stretch Rate constant Ionization of plasmas Ignition SOA Motored engine Alkyl nitrates Highly oxygenated molecules Pollutant emissions Jet stirred reactor Diffusion flame Residence time Combustion Laminar flame Kinetic modeling Laminar diffusion flame Kinetic modelling Oxidizer efficiency Limonene Electric field Cinétique Modeling Olive pomace Oxygen enrichment Droplet Low-temperature oxidation Flame structure Kinetics modeling Flickering Aluminum combustion Turbulent flame Laminar burning velocity Ammonia Swirling instability Hydrogen Supersonic