Guecio M ,Stobie I, Oberle W. Electrothermal-chemical ( ETC ) temperature sensitivity of JA2 7 perf propellant[R]. AD-A310377,1996.
[2]
Kaste P, Birk A, Kinkennon A, et al. Analysis of burning rate phenomena and extinguished solid propellants from an interrupted closed bomb with plasma igniter[J]. IEEE Trans Maga,2001,37: 173 - 177.
[3]
Fair H D. The science and technology of electric lauch[J].IEEE Trans Magn,2001,37 : 25 - 32.
[4]
White K J,Stobie I,Oberle W,et al. Combustion control requirements in high loading density solid propellant ETC gun firings [ J ]. IEEE Trans Magn, 1997,33 : 350 - 355.
[5]
Wren G P,Oberle W F. Influence of high loading density charge configurations on performance of electrothermal-chemical ( ETC ) guns [J]. IEEE Trans Magn,2001,37 : 211 -215.
[6]
Schroeder M A, Beyer R A, Pesee-Rodriguez R A. Scanning electron microscope examination of JA2 propellant samples exposed to plasma radiation[J]. IEEE Trans Magn,2005,41 : 350 - 354.
[7]
Taylor M J. Consideration of the energy transfer mechanisms involved in SPETC ignition systems[ J].IEEE Trans Magn,2003,39: 262- 268.
[8]
Taylor M J. Ignition of propellant by metallic vapour deposition for an ETC gun system[J]. Propell Explos Pyrot,2001, 26:137 - 143.
