A simple yet fairly accurate method of calculating the ideal detonation velocity of an organic explosive from a knowledge of the chemical composition alone is proposed. The method is based on the concept that the energetics of a stoichiometrically balanced fuel-oxidizer system is a function of the total oxidizing or reducing valences of the composition. A combination of the valences in the form of Image , where R and P are, respectively, the reducing and oxidizing valences and MW is the molecular weight, has been found to be linearly related to the detonation velocity of the expolosive. The predicting capacity of the method has been found to be superior to other methods in the literature
AbstractAn approximate method for calculating composition of the non-equilibrium mixture of detonati...
This paper has investigated the possibility to theoretically calculate a value of the specific impul...
This work comprehensively reviews some fundamental concepts about explosives and their two commonly ...
A simple yet fairly accurate method of calculating the ideal detonation velocity of an organic explo...
A simple approach involving the chemical valences of the fuel and the oxidizer elements present in a...
Based on the principles of conservation of energy and momentum, a mathematical formula has been deri...
429-432A novel method is given to estimate the detonation velocity of mostly ideal and less ideal ...
One important aspect of an organic synthesis effort related to the development of new explosives, is...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
Detonation velocity is an important characteristics of explosive compounds. Presently, to get some i...
The simple semi-empirical model for calculation of detonation pressure and velocity for CHNO explos...
The report presented contains the brief description of some of the macrokinetic dependencies in fiel...
"During World WarII and in the post war period considerable efforts have been made to synthesize pow...
Based on a simple decomposition equation and Kamlet's relations, a new F parameter in the form F = p...
By investigating a set of 40 substances, a possibility has been shown of estimate of their detonatio...
AbstractAn approximate method for calculating composition of the non-equilibrium mixture of detonati...
This paper has investigated the possibility to theoretically calculate a value of the specific impul...
This work comprehensively reviews some fundamental concepts about explosives and their two commonly ...
A simple yet fairly accurate method of calculating the ideal detonation velocity of an organic explo...
A simple approach involving the chemical valences of the fuel and the oxidizer elements present in a...
Based on the principles of conservation of energy and momentum, a mathematical formula has been deri...
429-432A novel method is given to estimate the detonation velocity of mostly ideal and less ideal ...
One important aspect of an organic synthesis effort related to the development of new explosives, is...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
Detonation velocity is an important characteristics of explosive compounds. Presently, to get some i...
The simple semi-empirical model for calculation of detonation pressure and velocity for CHNO explos...
The report presented contains the brief description of some of the macrokinetic dependencies in fiel...
"During World WarII and in the post war period considerable efforts have been made to synthesize pow...
Based on a simple decomposition equation and Kamlet's relations, a new F parameter in the form F = p...
By investigating a set of 40 substances, a possibility has been shown of estimate of their detonatio...
AbstractAn approximate method for calculating composition of the non-equilibrium mixture of detonati...
This paper has investigated the possibility to theoretically calculate a value of the specific impul...
This work comprehensively reviews some fundamental concepts about explosives and their two commonly ...