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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
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Cinétique chimique et Aérothermodynamique pour des Propulsions et des Systèmes Energétiques Propres et Sûrs.
Update: October 2022.
Number of notices
123
Number of Documents with Full Text
129
Website & Contact
Latest submissions (full text)

LABEX Caprysses Collaborations
Evolution of deposits by year
Tags
Kinetics
Orbitrap-HRMS
Flame stability
Rapid compression machine
Pyrolysis
Hydrochar
Jet stirred reactor
Combustion
Terpenes
Dual-bell nozzle
Diffusion flame
Ignition delay
Flame wrinkling
Differential diffusion
Kinetics modeling
Hydrothermal carbonization
Korcek reaction
Isopropyl ether
Cool flame
Ketohydroperoxides
Flame/vortex interaction
Flickering
Jet-stirred reactor
Micro-combustion
Waverider
Flame structure
Shock tube
Stereo-PIV
Laser Rayleigh scattering
Flow control
Laminar diffusion flame
Oxidation
Rarefied flow
High resolution mass spectrometry
Ammonia
Methane
Laminar burning velocity
Engine conditions
Flammability
Flame vortex interactions
Shock wave
Atmospheric chemistry
Aerosol
Supersonic
Kinetic model
Burning velocity
Biofuel
Laminar flame speed
Low pressure
Flame speed
FREI
Keto-hydroperoxides
Turbulent premixed combustion
Ionization of plasmas
Orbitrap
Laminar flame
HOMs
Ignition
Autoxidation
NH2
Ethanol
Cinétique
Jet-Stirred reactor
Diethyl ether
Burning time
Auto-ignition
Kinetic modeling
Kinetic modelling
Oxidation mechanisms
Electric field
Highly oxygenated molecules
Biogas
Active flow control
Dipropyl ether
Turbulent flame
Di-isobutylene
Motored engine
Alkyl nitrates
Swirling flame
Microgravity
Aluminum combustion
Ethylene
Limonene
Oxidation -mechanism
Hydrogen
Oxygen enrichment
Biofuels
Mechanism
Droplet
Chemiluminescence
High-resolution mass spectrometry
Rate constant
H2O/CO2 dilution
Falloff curve
Atmospheric lifetime
Chemical kinetics
Wind tunnel
Flame stretch
Low-temperature oxidation
Pollutant emissions