A mathematical formula has been derived to assess the safe life of propellants based on the rate of decomposition of nitric esters and action of stabilizers on the decomposition products of the nitric ester constituents of the propellants
Diphenylamine (DPA) is used for the stabilization of solid propellants based on nitrocellulose. It r...
Work carried out as part of 6 months industrial experience by authorAvailable from British Library D...
This work aims to establish a hierarchy of risks of the stabilizers used in nitrocellulose-based pro...
A mathematical formula has been derived to assess the safe life of propellants based on the rate of ...
The chemical stability tests currently used for propellants suffer from some drawback. In this paper...
An equation for the decrease of stabilizer content in propellants is given, which describes the meas...
Chemical, thermal and mechanical stability are important parts in the quality and safety assessment ...
The purpose of this work was to determine the safe shelf life of single-base propellants. The kineti...
A lifetime prediction study is carried out on four triple base propellant compositions by artificial...
Double-base (DB) propellant is vulnerable to auto-catalytic decomposition reactions during storing w...
Abstract: Propellants consisting of nitrocellulose and/or other nitric esters are inherently chemica...
The scope of the present study was to develop and validate a rapid and precise method for the evalua...
During the storage of nitric acid ester based propellants at elevated temperatures the splitting pro...
The purpose of solid propellants is to generate gas, which expands to accelerate (and spin, in the c...
The surveillance of gun propellants is basically performed either by an investigation into the therm...
Diphenylamine (DPA) is used for the stabilization of solid propellants based on nitrocellulose. It r...
Work carried out as part of 6 months industrial experience by authorAvailable from British Library D...
This work aims to establish a hierarchy of risks of the stabilizers used in nitrocellulose-based pro...
A mathematical formula has been derived to assess the safe life of propellants based on the rate of ...
The chemical stability tests currently used for propellants suffer from some drawback. In this paper...
An equation for the decrease of stabilizer content in propellants is given, which describes the meas...
Chemical, thermal and mechanical stability are important parts in the quality and safety assessment ...
The purpose of this work was to determine the safe shelf life of single-base propellants. The kineti...
A lifetime prediction study is carried out on four triple base propellant compositions by artificial...
Double-base (DB) propellant is vulnerable to auto-catalytic decomposition reactions during storing w...
Abstract: Propellants consisting of nitrocellulose and/or other nitric esters are inherently chemica...
The scope of the present study was to develop and validate a rapid and precise method for the evalua...
During the storage of nitric acid ester based propellants at elevated temperatures the splitting pro...
The purpose of solid propellants is to generate gas, which expands to accelerate (and spin, in the c...
The surveillance of gun propellants is basically performed either by an investigation into the therm...
Diphenylamine (DPA) is used for the stabilization of solid propellants based on nitrocellulose. It r...
Work carried out as part of 6 months industrial experience by authorAvailable from British Library D...
This work aims to establish a hierarchy of risks of the stabilizers used in nitrocellulose-based pro...
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