2011Journal of Projectiles.Rockets.Missiles and GuidanceRequires access

Study of Single Ignition Test of Solid Rocket Motors

Bin Wang

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Abstract

By Single ignition tests to study the influence of mass of ignition powder on the ignition transient of the igniter and the flow of gas in different mass of ignition powder and the opening pressure of the nozzle closure.The results indicates that the ignition delay of the ignitor decrease with the increase of mass of ignition powder,the ignition delay of motor and the gas-filling time and the pressure in chamber is related with the mass of ignition powder and the opening pressure of the nozzle closure.

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By Single ignition tests to study the influence of mass of ignition powder on the ignition transient of the igniter and the flow of gas in different mass of ignition powder and the opening pressure of the nozzle closure.The results indicates that the ignition delay of the ignitor decrease with the increase of mass of ignition powder,the ignition delay of motor and the gas-filling time and the pressure in chamber is related with the mass of ignition powder and the opening pressure of the nozzle closure.

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Available abstract

By Single ignition tests to study the influence of mass of ignition powder on the ignition transient of the igniter and the flow of gas in different mass of ignition powder and the opening pressure of the nozzle closure.The results indicates that the ignition delay of the ignitor decrease with the increase of mass of ignition powder,the ignition delay of motor and the gas-filling time and the pressure in chamber is related with the mass of ignition powder and the opening pressure of the nozzle closure.

Key concepts: Ignition system, Nozzle, Materials science, Solid-fuel rocket, IGNITOR, Minimum ignition energy, Chamber pressure, Rocket (weapon)

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