It is shown by the author's experiments that hydrogen which escapes to the atmosphere through openings in the system may burn spontaneously if it contains dust. Purely thermal reasoning can not account for the combustion. It seems to be rather an electrical ignition. In order to determine whether the cause of the spontaneous ignition was thermo-chemical, thermo-mechanical, or thermo-electrical, the experiments in this paper were performed
Hydrogen is regarded as a potential future fuel for various kinds of vehicles: fuel cell cars, truck...
A chemical kinetic mechanism is proposed for the combustion of silane-hydrogen-oxygen-nitrogen mixtu...
Test program evaluates thermal and electric ignition mechanisms in selected nonmetallic materials fo...
It is shown by the author's experiments that hydrogen which escapes to the atmosphere through openin...
This literature digest of hydrogen-air combustion fundamentals presents data on flame temperature, b...
A wide consensus of climate research indicates that anthropogenic greenhouse gas emissions affect th...
Studying thermal ignition mechanisms is a key step for evaluating many ignition hazards. In the pres...
Usage of hydrogen as fuel gives rise to possible accidental risks due to leakage and dispersion. The...
The ignition of hydrogen-air mixtures by a stationary hot glow plug has been experimentally investig...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
In a recent article Professor W. A. Bone has shown that combination can take place between carbon m...
Experiments with fuel mixtures of varying composition, have recently been conducted by the Motor Veh...
Numerical simulations have been carried out for spontaneous ignition in the sudden release of pressu...
International audienceThe history of the development of the process industry has been punctuated by ...
This paper demonstrates experimental and numerical study on spontaneous ignition of H2–N2 mixtures d...
Hydrogen is regarded as a potential future fuel for various kinds of vehicles: fuel cell cars, truck...
A chemical kinetic mechanism is proposed for the combustion of silane-hydrogen-oxygen-nitrogen mixtu...
Test program evaluates thermal and electric ignition mechanisms in selected nonmetallic materials fo...
It is shown by the author's experiments that hydrogen which escapes to the atmosphere through openin...
This literature digest of hydrogen-air combustion fundamentals presents data on flame temperature, b...
A wide consensus of climate research indicates that anthropogenic greenhouse gas emissions affect th...
Studying thermal ignition mechanisms is a key step for evaluating many ignition hazards. In the pres...
Usage of hydrogen as fuel gives rise to possible accidental risks due to leakage and dispersion. The...
The ignition of hydrogen-air mixtures by a stationary hot glow plug has been experimentally investig...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
In a recent article Professor W. A. Bone has shown that combination can take place between carbon m...
Experiments with fuel mixtures of varying composition, have recently been conducted by the Motor Veh...
Numerical simulations have been carried out for spontaneous ignition in the sudden release of pressu...
International audienceThe history of the development of the process industry has been punctuated by ...
This paper demonstrates experimental and numerical study on spontaneous ignition of H2–N2 mixtures d...
Hydrogen is regarded as a potential future fuel for various kinds of vehicles: fuel cell cars, truck...
A chemical kinetic mechanism is proposed for the combustion of silane-hydrogen-oxygen-nitrogen mixtu...
Test program evaluates thermal and electric ignition mechanisms in selected nonmetallic materials fo...