In this paper, important features of Fuel Air Explosives studies on different performance parameters, namely, minimum initiation energy, fuel droplet size, sensitivity to detonation etc. and current trends in this field of research have been briefly discussed
Considerable progress has been achieved in recent years in the whole field of blasting science and t...
Explosive mixtures have found widespread use in both military applications and as a component of imp...
The explosive atmosphere may be caused by flammable gases / vapours or combustible dust. If the amou...
In this paper, important features of Fuel Air Explosives studies on different performance parameters...
As seen in multiple cases, including the 2013 Boston Marathon bombing, improvised explosives composi...
The shock tube test programme has shown that detonation initiation is achievable for gaseous fuel-ai...
"A theoretical model is developed for the prediction of the mean-mass diameter of droplets produced...
The unconfined aerosols of propylene oxide (PO) are formed by dispersing the fuel in air. These aero...
A detonation can be initiated in a fuel-oxidizer cloud by a blast wave of sufficient strength. The Z...
The shock tube test programme has shown that detonation initiation is achievable for gaseous fuel-ai...
This thesis aims to explore the ignition limits of explosively dispersed fuel. Significant damage ca...
This paper presents a study of initiation of detonation in explosives by the impact ofprojectiles. T...
Considerable progress has been achieved in recent years in the whole field of blasting science and t...
Explosive mixtures have found widespread use in both military applications and as a component of imp...
The explosive atmosphere may be caused by flammable gases / vapours or combustible dust. If the amou...
In this paper, important features of Fuel Air Explosives studies on different performance parameters...
As seen in multiple cases, including the 2013 Boston Marathon bombing, improvised explosives composi...
The shock tube test programme has shown that detonation initiation is achievable for gaseous fuel-ai...
"A theoretical model is developed for the prediction of the mean-mass diameter of droplets produced...
The unconfined aerosols of propylene oxide (PO) are formed by dispersing the fuel in air. These aero...
A detonation can be initiated in a fuel-oxidizer cloud by a blast wave of sufficient strength. The Z...
The shock tube test programme has shown that detonation initiation is achievable for gaseous fuel-ai...
This thesis aims to explore the ignition limits of explosively dispersed fuel. Significant damage ca...
This paper presents a study of initiation of detonation in explosives by the impact ofprojectiles. T...
Considerable progress has been achieved in recent years in the whole field of blasting science and t...
Explosive mixtures have found widespread use in both military applications and as a component of imp...
The explosive atmosphere may be caused by flammable gases / vapours or combustible dust. If the amou...
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