Add to ORKGBy investigating a set of 40 substances, a possibility has been shown of estimate of their detonation ability from the calculated detonation energy and oxygen balance. The calculations have shown that substances with detonation energies below 3 kJ cm-1 will probably be able to detonate only if their geometry exceeds the critical diameter, or the detontion will fail at all. Also discussed are the effects of density and initiation pressure
Shock-wave and detonation effects can be regarded, to a great extent, as related phenomena. Firstly,...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
Non-ideal behavior of condensed explosives with metal particle additives has been observed experime...
The report presented contains the brief description of some of the macrokinetic dependencies in fiel...
Materials which release significant heat upon decomposition are energetic materials. Some of these a...
In a first part is presented the model of the Ideal Detonation. Emphasis is placed on the physical a...
Abstract: The diverging spherical detonation wave in gaseous explosives is obtained either with a po...
The present study deals with the connection between critical shock energy and detonation properties ...
Experimental findings inconsistent with both the CJ and the ZND detonation theories are discussed. T...
"During World WarII and in the post war period considerable efforts have been made to synthesize pow...
The calculation of detonation properties of condensed explosives with a theoretical equation of stat...
Abstract: This paper will compare and contrast detonation in ideal and in highly non-ideal explosive...
The objectives are to determine, understand, and control the mechanisms and the rates of energy rele...
It has been known for decades that high performances for explosives (as characterized by detonation ...
The present study measured the critical diameter and critical thickness of a variety of explosives. ...
Shock-wave and detonation effects can be regarded, to a great extent, as related phenomena. Firstly,...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
Non-ideal behavior of condensed explosives with metal particle additives has been observed experime...
The report presented contains the brief description of some of the macrokinetic dependencies in fiel...
Materials which release significant heat upon decomposition are energetic materials. Some of these a...
In a first part is presented the model of the Ideal Detonation. Emphasis is placed on the physical a...
Abstract: The diverging spherical detonation wave in gaseous explosives is obtained either with a po...
The present study deals with the connection between critical shock energy and detonation properties ...
Experimental findings inconsistent with both the CJ and the ZND detonation theories are discussed. T...
"During World WarII and in the post war period considerable efforts have been made to synthesize pow...
The calculation of detonation properties of condensed explosives with a theoretical equation of stat...
Abstract: This paper will compare and contrast detonation in ideal and in highly non-ideal explosive...
The objectives are to determine, understand, and control the mechanisms and the rates of energy rele...
It has been known for decades that high performances for explosives (as characterized by detonation ...
The present study measured the critical diameter and critical thickness of a variety of explosives. ...
Shock-wave and detonation effects can be regarded, to a great extent, as related phenomena. Firstly,...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
Non-ideal behavior of condensed explosives with metal particle additives has been observed experime...