Slot injection of reactive gases in laminar flow with application to hydrogen dumping technical report 332
Slot injection of reactive gases in laminar flow with application to hydrogen dumping into boundary layers of launch vehicles
LAMINAR FLOW↗
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Results for “REACTIVITY”
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Chemical reactivity and synthesis at cryogenic temperatures.
Low temperature chemical reactivity and synthesis research and applications
CRYOGENICS↗
Investigation of catastrophic fracturing and chemical reactivity of liquid-filled tanks when impacted by projectiles of high velocity.
Bursting, catastrophic fracturing and chemical reactivity of liquid-filled tanks when impacted by projectiles of high velocity
METEORITIC DAMAGE↗
The launching of surface waves on an axial- cylindrical reactive surface.
Launcher for excitation of dominant TM surface waves on axial-cylindrical reactive surface
WAVE GENERATION↗
Analysis of the turbulent mixing between a reactive gas-particle rocket exhaust and a confined airstream.
Air-augmented rocket engine performance prediction requires detailed study of mixing region between reactive gas-particle rocket exhaust and confined airstream
THRUST AUGMENTATION↗
Control circuit maintains unity power factor of reactive load
Circuit including feedback control elements automatically corrects the power factor of a reactive load. It maintains power supply efficiency where negative load reactance changes and varies by providing corrective error signals to the control windings of a power supply transformer.
Kramer, M.↗
Chemical reactivity of hydrogen, nitrogen and oxygen atoms at temperatures below 100 deg K Fifth semiannual technical report
Chemical reactivity of hydrogen, nitrogen, and oxygen atoms at temperatures below 100 deg K
NITROGEN ATOM↗
Launching of surface waves on axial-cylindrical reactive surface
Energy transportation by reflected, surface wave, and radiation fields during excitation of dominant transverse magnetic surface wave on axial-cylindrical reactive surface
ELECTROMAGNETIC WAVE↗
Chemical reactivity of hydrogen, nitrogen, and oxygen atoms at temperatures below 100 deg K Final technical report, 1 Dec. 1962 - 31 Dec. 1965
Chemical reactivity of atomic hydrogen, nitrogen, and oxygen at cryogenic temperatures
OXYGEN ATOM↗
Chemical Reactivity of Hydrogen, Nitrogen and Oxygen Atoms at Temperatures Below 100 deg K Semiannual report, 1 Jul. - 31 Dec. 1966
Chemical reactivity of hydrogen, nitrogen, and oxygen atoms at temperatures below 100 deg K
NITROGEN ATOM↗
Influence curves for calculation of the structural distortion effect on reactivity
Integrals and methods for calculation of counter-reaction to reactivity from expansion and distortions of components and structural elements of fast reactors
INTEGRAL↗
Determination of reactivities using pulsed neutron techniques for highly subcritical solution reactors
Determination of reactivities using pulsed neutron techniques for highly subcritical solution reactors
ZERO POWER REACTOR /ZPR/↗
Observation of the reactive asymmetry of methyl iodide - Crossed beam study of the reaction of rubidium with oriented methyl iodide molecules.
Crossed molecular beam kinetics of reactive asymmetry of oriented methyl iodide polar molecules reacting with rubidium
METHYL HALIDE↗
Reactivity effects caused by radial power flattening in a small, fast-spectrum reactor
Reactivity effects caused by radial power flattening in gas cooled, fast-spectrum reactor
Whitmarsh, C. L., Jr.↗
Reactivity insertions in compact reactor cores due to fuel movement
Reactivity insertions in compact reactor cores due to fuel movement
Sullivan, R. E.↗
Reactivity control of fast-spectrum reactors by reversible hydriding of yttrium zones
Reactivity control of fast nuclear reactors containing yttrium hydride moderating zones
Anderson, J. L., Jr.↗
Determination of reactivities using pulsed neutron techniques for highly subcritical solution reactors.
Reactivities determined from pulsed neutron techniques for highly subcritical solution reactors
Fieno, D.↗
Effective resonance integrals of separated tungsten isotopes from reactivity measurements.
Effective resonance integrals for separated tungsten isotopes and natural W and Au determined from epicadmium reactivity measurements
Bogart, D.↗