Published in
American Institute of Physics, Journal of Applied Physics, 19(131), p. 195104, 2022
DOI: 10.1063/5.0087212
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The temperatures of ejecta transporting in vacuum and gases
Journal article published in 2022 by
T. M. Hartsfield 
,
R. K. Schulze ,
B. M. La Lone,
J. J. Charonko ,
J. E. Hammerberg ,
J. D. Regele ,
M. M. Schauer ,
J. D. Schwarzkopf ,
D. G. Sheppard ,
G. D. Stevens ,
J. C. Cooley ,
P. M. Donovan,
R. Manzanares ,
J. I. Martinez ,
D. W. Schmidt
and other authors.
,
R. K. Schulze ,
B. M. La Lone,
J. J. Charonko ,
J. E. Hammerberg ,
J. D. Regele ,
M. M. Schauer ,
J. D. Schwarzkopf ,
D. G. Sheppard ,
G. D. Stevens ,
J. C. Cooley ,
P. M. Donovan,
R. Manzanares ,
J. I. Martinez ,
D. W. Schmidt
and other authors.
This paper was not found in any repository, but could be made available legally by the author.
Full text: Unavailable
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Abstract
In this work, we measure continuous thermal radiance from evolving clouds of liquid metal fragments ejected into vacuum, nonreactive, and reactive gas. We implement a model for the thermalization of the ejecta and gas and use this to constrain the absolute temperature of the ejecta cloud. This model enables further analyses of ejecta thermal behavior under a variety of conditions.