Thermodynamic assessment of a nitro-organic plasma with an experimental design method

Designing a plasma torch that allows the ignition of gun propellant is generally complex. In this paper, however, we show that it is possible to design a torch from using simplified calculation of electrical conductivity with the help of an experienced design method (Doehlert matrix). First, we explain how to obtain plasma composition both at and out of thermal equilibrium. Then, we compare the simplified calculation with the complete calculation of electrical conductivity. Then, we construct a Doehlert matrix as a function of temperature and thermal nonequilibrium. Finally, we study the length/diameter ratio versus the length and resistivit

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THERMODYNAMIC CALCULATION OF n-COMPONENT EUTECTIC MIXTURES

Brunet

Caillard

André

2004

Int. J. Mod. Phys. C

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Thermodynamic assessment of a nitro-organic plasma with an experimental design method

Cited by 3 publications

References 2 publications

Structure and thermodynamic properties from molecular dynamics simulations of the polyethylene crystal

Structure and thermodynamic properties from molecular dynamics simulations of the polyethylene crystal

Theoretical computation of the electrical conductivity of thermal plasmas-application to plasma torch design of an electrothermal launcher

THERMODYNAMIC CALCULATION OF n-COMPONENT EUTECTIC MIXTURES

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