Shock-tube study of carbon dioxide dissociation rate
Dissociation rate of carbon dioxide diluted with argon - shock tube determinations
SHOCK TUNNEL↗
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Experimentally measured effects of the wall boundary layer on shock-tube performance
Nitrogen driven gas wall boundary layer effect and hydrogen driver gas thermodynamic effect on shock speed and test time in tube
THERMODYNAMICS↗
Shock tube instrumentation techniques for study of hypervelocity entry problems
Shock tube instrumentation methods for convective heat transfer study and radiative properties of high temperature gas at conditions simulating hypervelocity entry
HYPERVELOCITY↗
Contact-surface tailoring in real shock tubes
Contact surface tailoring of reflected shock wave interaction with boundary layer in real shock tubes
SHOCK WAVE INTERACTION↗
Temperature measurements for powdered solids in reflected shock waves.
Temperature behind shock waves determined for argon containing powdered solids
TEMPERATURE MEASUREMENT↗
Theoretical and experimental investigation of an unsteady vortex flow <theoretische und experimentelle untersuchungen an einer instationaeren wirbelstroemung<.
Unsteady vortex flow about vertical wedge in shock tube studied by interferometric and theoretical method
SHOCK TUNNEL↗
Isotope exchange rates. ii - mechanism of the isotope exchange rates. ii - mechanism of the homogeneous reaction between acetylene and deuterium.
Homogeneous gas phase reaction between acetylene and deuterium in shock tube at high temperature homogeneous gas phase reaction between acetylene and deuterium in shock tube at high temperature
GAS PHASE↗
Effects of concentration and of vibrational relaxation on the induction period of the h sub 2-o sub 2 reaction.
Molecular oxygen or hydrogen vibrational relaxation affecting induction period of high temperature reaction as shown by shock tube data
HYDROGEN↗
Thermal decomposition of fluoroform in a single-pulse shock tube. i.
Thermal decomposition of fluoroform between 1200 and 1600 degrees K behind reflected shock wave in single pulse shock tube
REFLECTED WAVE↗
Thermal decomposition of fluoroform in a single-pulse shock tube. ii - pressure dependence of the rate.
Thermal decomposition of fluoroform in single pulse shock tube, determining pressure dependence of rate
PRESSURE EFFECT↗
Determination of diaphragm opening-times and use of diaphragm particle traps in a hypersonic shock tube
Determination of diaphragm opening-times and use of diaphragm particle traps in hypersonic shock tube
TRAPPING↗
Problems in J times B plasma acceleration Semiannual progress report
Shock tube accelerator, heat transfer gauge, homopolar accelerator theory, and transport effects in boundary layers in plasmas
BOUNDARY LAYER↗
Shock tube determination of the drag coefficient of small spherical particles
Shock tube determination of drag coefficient of small spherical particles accelerating in laminar, non-reacting, incompressible continuum flow
DRAG COEFFICIENT↗
Minimization of Errors in Shock Tube Investigation of Bromine Dissociation Rates in Presence of Noble Gases
Error minimization in shock tube investigation of bromine dissociation rates in presence of rare gases
DISSOCIATION↗
Experimental investigation of internal resistance shock tube driver gas heating systems Fourth monthly technical progress report, Sep. 1964
Internal resistance shock tube driver gas heating system design, fabrication, and testing
SHOCK TUNNEL↗
A 3-inch combustion drive shock tube for studying chemical kinetics
Structural analysis and operating ranges of 3-inch combustion drive shock tube for studying chemical kinetics
SHOCK TUNNEL↗
Improvements in Combustion Smoothness and Efficiency in a Large Shock-tube Driver
Improvements in combustion smoothness and efficiency in large shock tube driver
COMBUSTION EFFICIENCY↗