27 records found
1
Self-ignition in gaseous mixtures, still a great challenge to understand.
Challenge in defining the flammability limits at elevated conditions: Difference between upper explosion and the lower cool flame limit
Decomposition of ethylene oxide at elevated conditions; effect of turbulence and nitrogen dilution
Playing with fire: Safety and reaction efficiency research on gas phase hydrocarbon oxidation processes: Project SAFEKINEX
Towards inherent safer hydrocarbon oxidation processes
Determination of the explosion behaviour of methane and propene in air or oxygen at standard and elevated conditions
A review of explosion prevention and protection systems suitable as ultimate layer of protection in chemical process installations
Explosive decomposition of ethylene oxide at elevated conditions; effect of ignition energy, nitrogen dilution and turbulence
Influence of the ignition delay time on the explosion parameters of hydrocarbon air/oxygen mixtures at elevated pressure and temperature
To enable a better CAPE: The EU SAFEKINEX Project
Getting better grip on gas phase hydrocarbon oxidation processes
Determination of the explosion behaviour of methane and propene in air /or oxygen at standard and elevated conditions
Theoretical and experimental study on explosion safety of hydrocarbons oxidation at elevated conditions: Relevance for safe design and operation of industrial processes
The relation of cool flames and auto-ignition phenomena to process safety at elevated pressure and temperature.
How the combination of `Chemistry and Engineering' Determines Dust and Gas Explosion Behaviour: Educating Science and Engineering Students and Training Industrial Professionals in Practical Gas and Dust Explosion Theory
Process Safety at Elevated Temperatures and Pressures: Cool flames and auto-ignition phenomena.
Brief overview of preventive and protective systems against explosion in the process industry.
Laser ignition of single particles and particle clouds.
Explosion safety engineering in ethoxylation reactors.