Based on a simple decomposition equation and Kamlet's relations, a new F parameter in the form F = p (where p is the density) has been suggested for representation of relative energy of C-H-N-O high explosives. Linear relation of the F parameter to detonation enthalpy and accelerating ability of high wxplosives enabling a simple and quick evaluation of newly suggested structures of energetic materials is shown on a series of 25 individual high explosives
Statistical mechanical chemical equilibrium calculations of the properties of high-pressure high-tem...
By investigating a set of 40 substances, a possibility has been shown of estimate of their detonatio...
The calculation of detonation properties of condensed explosives with a theoretical equation of stat...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
The present study deals with the connection between critical shock energy and detonation properties ...
Explosive is an energetic material, which may be initiated by friction, impact, shock, spark, flame,...
The simple semi-empirical model for calculation of detonation pressure and velocity for CHNO explos...
The electron densities in a selected set of explosives with composition C-H-N-O were calculated (i) ...
77-80A new simple method has been introduced to calculate maximum obtainable detonation pressure of ...
In this paper, a study on the development of a numerical modeling of the detonation of C-H-N-O-based...
Based on the principles of conservation of energy and momentum, a mathematical formula has been deri...
Within the scope of this study, a computer code named BARUT-X has been developed to calculate the de...
A simple approach involving the chemical valences of the fuel and the oxidizer elements present in a...
A simple yet fairly accurate method of calculating the ideal detonation velocity of an organic explo...
The paper presents an analysis of problems of evaluation of the energy content and performance of hi...
Statistical mechanical chemical equilibrium calculations of the properties of high-pressure high-tem...
By investigating a set of 40 substances, a possibility has been shown of estimate of their detonatio...
The calculation of detonation properties of condensed explosives with a theoretical equation of stat...
324-330Heats of detonation of CaHbNcOd explosives are predicted using H₂O-CO₂ arbitrary¹ as detonati...
The present study deals with the connection between critical shock energy and detonation properties ...
Explosive is an energetic material, which may be initiated by friction, impact, shock, spark, flame,...
The simple semi-empirical model for calculation of detonation pressure and velocity for CHNO explos...
The electron densities in a selected set of explosives with composition C-H-N-O were calculated (i) ...
77-80A new simple method has been introduced to calculate maximum obtainable detonation pressure of ...
In this paper, a study on the development of a numerical modeling of the detonation of C-H-N-O-based...
Based on the principles of conservation of energy and momentum, a mathematical formula has been deri...
Within the scope of this study, a computer code named BARUT-X has been developed to calculate the de...
A simple approach involving the chemical valences of the fuel and the oxidizer elements present in a...
A simple yet fairly accurate method of calculating the ideal detonation velocity of an organic explo...
The paper presents an analysis of problems of evaluation of the energy content and performance of hi...
Statistical mechanical chemical equilibrium calculations of the properties of high-pressure high-tem...
By investigating a set of 40 substances, a possibility has been shown of estimate of their detonatio...
The calculation of detonation properties of condensed explosives with a theoretical equation of stat...