The experimental examinations of gas flame suppression by a high speed impulse liquid jet generated by a powder impulse hydro-cannon have been carried out. The speed of the impulse jet depending on charge energy has ranged from 300 to 600m/s. The speed of the jet head right near the flame has been measured by a laser non-contact measuring device, the flow has been photographed. It has been shown that the high-speed cloud of splashes with a big cross-section around the jet is being formed. It effectively forces down the flame of the gas on distances 5-20m from installation
Experimental and theoretical determination of water-jet velocity using high speed videography for di...
Modelling and analysing fires following aircraft impacts requires information about the behaviour of...
The topic of the article is devoted to the experimental development of directional charges, which h...
It is well known that high-speed liquid jetting is one of the most powerful techniquesavailable to c...
The high-speed combustible gas ignited by a hot gas jet, which is induced by shock focusing, was exp...
The performance of a small high-speed liquid jet apparatus is described. Water jets with velocities ...
A comprehensive understanding of high-speed liquid jets is required for theirintroduction into engin...
This paper describes the generation of pulsed, high-speed liquid jets using the cumulation method. T...
The topic of the article is devoted to the experimental development of directional charges, which ha...
The design and construction of a hypersonic waterjet apparatus is described. Jet velocities from 0.5...
This work deals with the processes occurring during the firing of an impact-cumulation water cannon....
High velocity spray-jets have demonstrated their high efficiency in fire fighting. The concept prese...
This study experimentally investigates the mechanism of the ignition of the supersonic liquid fuel j...
The phenomenon of gas entrainment, as a result of impinging liquid jets, was experimentally investig...
The work comprises experimental and numerical studies of generation and application of high-speed li...
Experimental and theoretical determination of water-jet velocity using high speed videography for di...
Modelling and analysing fires following aircraft impacts requires information about the behaviour of...
The topic of the article is devoted to the experimental development of directional charges, which h...
It is well known that high-speed liquid jetting is one of the most powerful techniquesavailable to c...
The high-speed combustible gas ignited by a hot gas jet, which is induced by shock focusing, was exp...
The performance of a small high-speed liquid jet apparatus is described. Water jets with velocities ...
A comprehensive understanding of high-speed liquid jets is required for theirintroduction into engin...
This paper describes the generation of pulsed, high-speed liquid jets using the cumulation method. T...
The topic of the article is devoted to the experimental development of directional charges, which ha...
The design and construction of a hypersonic waterjet apparatus is described. Jet velocities from 0.5...
This work deals with the processes occurring during the firing of an impact-cumulation water cannon....
High velocity spray-jets have demonstrated their high efficiency in fire fighting. The concept prese...
This study experimentally investigates the mechanism of the ignition of the supersonic liquid fuel j...
The phenomenon of gas entrainment, as a result of impinging liquid jets, was experimentally investig...
The work comprises experimental and numerical studies of generation and application of high-speed li...
Experimental and theoretical determination of water-jet velocity using high speed videography for di...
Modelling and analysing fires following aircraft impacts requires information about the behaviour of...
The topic of the article is devoted to the experimental development of directional charges, which h...