Accession Number : AD0609622
Title : THERMAL CHARACTERISTICS OF A HIGH AND LOW MASS FLUX ARGON PLASMA JET.
Descriptive Note : Final technical rept.,
Corporate Author : MINNESOTA UNIV MINNEAPOLIS HEAT TRANSFER LAB
Personal Author(s) : Cremers,C. J. ; Pfender,E.
Report Date : NOV 1964
Pagination or Media Count : 69
Abstract : The thermal characteristics are determined by the plasma jets emanating from the F40 plasma torch which is manufactured by Thermal Dynamics Corp. A grating spectrometer was used to determine the temperature fields of high and low mass flux jets generated by a 400 amp arc. The temperature distributions in a crosssection close to the nozzle were determined as well for a number of other mass flows at a 400 amp current input. Also, similar distributions were obtained for the high and low mass flux cases at 600 amps. A calorimeter was used to measure the energy output of the torch for various mass flows. Additionally the radiation from the torch was measured with a radiometer. The steadiness of the turbulent high mass flux jet and the meaning of the measured temperatures are discussed in detail. (Author)
Descriptors : (*PLASMA JETS, THERMAL PROPERTIES), (*ARGON, PLASMA JETS), PLASMAS(PHYSICS), SPECTRUM ANALYZERS, MASS SPECTROSCOPY, ELECTRIC ARCS, THERMAL RADIATION, CALORIMETERS, RADIOMETERS, TRANSITION TEMPERATURE, TRANSPORT PROPERTIES, GAS FLOW, IONIZATION, PARTICLES, HIGH TEMPERATURE, THERMODYNAMICS, PROBABILITY, INTEGRAL EQUATIONS
Distribution Statement : APPROVED FOR PUBLIC RELEASE