178 different mass loss curves of A5020, JA-2 and NK 1074 propellant were recorded at temperatures between 30°C and 90°C up to 35 years. Kinetic models for zero order decomposition and solvent evaporation are applied to these data and the respective activation energies estimated. Low temperature measurements are sensitive to ambient condition even if located in the basement of buildings with reduced impact by personnel and environment. Low signal-to-noise ratios are also critical for high precision mass loss measurements and are addressed in this work
The influence of quasi-independent parameters and their potential influence on erosion in guns have...
The self heating of an explosive due to chemical decomposition reactions determines its 'cook-off' b...
The pressure dependence of the laminar burn rate of gun propellants plays a role in the design and b...
Three different gun propellants (A5020, JA-2 or L5460, NK1074) have been investigated up to 35 years...
In this work, seven different, naturally aged gun propellants and four rocket propellants have been ...
The efficiency of the assessment and of the development of energetic materials can be increased by m...
The surveillance of gun propellants is basically performed either by an investigation into the therm...
Since the beginning of the seventies TNO-Prins Maurits Laboratory (TNOPML) investigates the thermal ...
Changes in physical properties of the powder charges during their long-term storage are a negative e...
International audienceLow vulnerability gun propellants are energetic materials designed to resist u...
Nitrocellulose (NC) based propellants are intrinsically unstable due to degradation of NC as a funct...
International audienceLow vulnerability gun propellants are energetics materials designed to resist ...
Chemical, thermal and mechanical stability are important parts in the quality and safety assessment ...
Thermo-kinetic oscillations are among the most fascinating chemical oscillation reactions known in a...
A review, with 39 refs. on quant. characterization and detn. of aging of gun and solid rocket propel...
The influence of quasi-independent parameters and their potential influence on erosion in guns have...
The self heating of an explosive due to chemical decomposition reactions determines its 'cook-off' b...
The pressure dependence of the laminar burn rate of gun propellants plays a role in the design and b...
Three different gun propellants (A5020, JA-2 or L5460, NK1074) have been investigated up to 35 years...
In this work, seven different, naturally aged gun propellants and four rocket propellants have been ...
The efficiency of the assessment and of the development of energetic materials can be increased by m...
The surveillance of gun propellants is basically performed either by an investigation into the therm...
Since the beginning of the seventies TNO-Prins Maurits Laboratory (TNOPML) investigates the thermal ...
Changes in physical properties of the powder charges during their long-term storage are a negative e...
International audienceLow vulnerability gun propellants are energetic materials designed to resist u...
Nitrocellulose (NC) based propellants are intrinsically unstable due to degradation of NC as a funct...
International audienceLow vulnerability gun propellants are energetics materials designed to resist ...
Chemical, thermal and mechanical stability are important parts in the quality and safety assessment ...
Thermo-kinetic oscillations are among the most fascinating chemical oscillation reactions known in a...
A review, with 39 refs. on quant. characterization and detn. of aging of gun and solid rocket propel...
The influence of quasi-independent parameters and their potential influence on erosion in guns have...
The self heating of an explosive due to chemical decomposition reactions determines its 'cook-off' b...
The pressure dependence of the laminar burn rate of gun propellants plays a role in the design and b...