Decomposition of ethylene oxide at elevated conditions; effect of turbulence and nitrogen dilution

Gas explosion safety characteristics and anomalies at unusual conditions

Better sustainable hydrocarbon oxidation processes by shaking up the fundamentals

Playing with fire: Safety and reaction efficiency research on gas phase hydrocarbon oxidation processes: Project SAFEKINEX

Towards inherent safer hydrocarbon oxidation processes

Explosive decomposition of ethylene oxide at elevated conditions; effect of ignition energy, nitrogen dilution and turbulence

Steady non-ideal detonations in cylindrical sticks of explosives

Playing with fire: Safety and reaction efficiency research on gas phase hydrocarbon oxidation processes: Project SAFEKINEX

Determination of the explosion behaviour of methane and propene in air or oxygen at standard and elevated conditions

To enable a better CAPE: The EU SAFEKINEX Project

On conductivity changes in shocked potassium chloride

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

On the sensitivity of the maximum explosion pressure of a dust deflagration to turbulence.

Explosion safety engineering in ethoxylation reactors.

Test methods for determining explosion characteristics re-examined, Beyond regulatory compliance: making safety second nature.

A New Approach for Measuring Gas and Dust Explosion Characteristics and Predicting Explosion Behavior at Process Conditions.