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Open archive of the ICARE laboratory
The HAL collection of the ICARE laboratory (UPR3021 of the CNRS) offers a showcase and access to the lab's scientific production deposited in the open HAL archive.
Researchers may deposit in the open HAL archive the bibliographical references of their work and, within the framework set by the Law for a Digital Republic of 7 October 2016 (Article 30) and by the publishers' policies, the full text of their publications.
The open HAL archive aims to:
- improve international visibility and consultation of publications
- to enhance the production of researchers, laboratories and institutions by ensuring a very wide dissemination, towards the academic world (researchers and students), the general public and the economic sector (civil society);
- offer researchers and research units the possibility to manage their bibliographies by creating lists of publications, creating their own personal web page (CV HAL) and exporting automated flows of their publications to web pages;
- ensure permanent and public preservation and access to publications;
- support the movement for Open Access to publications and Open Science.
The HAL open archive meets the criteria for open access dissemination of research from European research projects and other funding bodies.
Update : October 2022.
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Number of references
764
Number of documents
604
Website & Contact
The last 6 deposits
Map of ICARE laboratory collaborations
Keywords
Temperature
Ignition
Rapid compression machine
Laminar flame speed
Combustion
Flame speed
Atmospheric chemistry
Hall thruster
Oxidation
Aerosol
Ignition delay
Waverider
Burning velocity
Microgravity
Oxidation mechanisms
Vaporization
Toluene
Butanol
Aluminium
Limonene
Rate constant
Cool flame
Oxidation -mechanism
Rarefied flow
Pyrolysis
Mass spectrometry
Turbulent flame
Wind tunnel
Biodiesel
Micro-combustion
Carbonyls
Ozone
Solid propulsion
Syngas
Jet-stirred reactor
Hydrochar
Ethylene
Nitric oxide
Kinetic
Modélisation
Jet-Stirred reactor
Laminar burning velocity
Ketohydroperoxides
Single-pulse shock tube
Highly oxygenated molecules
Rate coefficient
Laminar diffusion flame
Numerical simulation
Synchrotron
Jet A1
Chemiluminescence
Flame burning velocity
Kinetics
Radiation
High-resolution mass spectrometry
High pressure
Réacteur auto-agité
Jet fuel
Flame stability
Oxidation mechanism
Chemical kinetics
Carbon dioxide
Aluminum
Magnetic nozzle
Hydrogen
Iso-octane
Electric propulsion
Oxydation
Orbitrap
Ammonia
Ignition Delay
Biofuels
Temperature dependence
Terpenes
Cinétique
Droplet
NO2
OH radical
Nitrogen oxides
HCCI
Oxygen enrichment
Particle
Kinetic modeling
Ethanol
Gasoline
Methane
Kinetic modelling
Jet stirred reactor
Autoxidation
Shock tube
Shock-tube
Biofuel
Shock wave
Aluminum combustion
Flame structure
Swirling flame
Kinetic model
Hydrothermal carbonization
Modeling
Pollutant emissions