Investigation of combustion of hydrogen in a hypersonic air-stream Final report
Hydrogen fuel combustion hazard and venting problems from launch vehicles in hypersonic air flow
LAUNCH VEHICLE↗
SEARCH · Engineering Papers
Results for “STREAMS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
The necessary conditions for amplification of an electromagnetic wave interacting with a drifting electron stream Technical report no. 88
Amplification of electromagnetic wave interacting with drifting electron beam
ELECTROMAGNETIC WAVE↗
Photographic investigation of propellant stream behavior in a firing rocket engine, volume II Technical summary report, 1 Aug. 1964 - 28 Feb. 1966
Shadow photography of propellant spray behavior in liquid propellant rocket engine
LIQUID PROPELLANT ROCKET ENGINE↗
A theoretical analysis of the flutter of orthotropic panels exposed to a high supersonic stream of arbitrary direction
Flutter analysis of flat rectangular orthotropic panels exposed to high supersonic flow in arbitrary direction
FLUTTER ANALYSIS↗
Photographic investigation of propellant stream behavior in a firing rocket engine, volume I Technical summary report, 1 Aug. 1964 - 28 Feb. 1966
Photographic study to obtain injection and combustion patterns of F-1 rocket engine injector elements
INJECTION↗
Stability of intermixing of high-velocity vapor with its subcooled liquid cocurrent streams
Intermixing stability of high velocity vapor with subcooled liquid streamlined flow through narrow tube
FLOW STABILITY↗
Sampling the Leonid meteor stream with a Luster sounding rocket.
Luster micrometeoroid sampling payload launched during Leonid meteor shower November 16, 1965 at White Sands Missile Range
SOUNDING ROCKET↗
An experimental study of the behavior of liquid streams injected into a low-pressure chamber
Explore the source record for details and available documents.
Schmidt, J. M.↗
Direct observations of solar plasma streams at a distance of some 1,900,000 km from the earth, made on february 17, 1961, simultaneous observations of the geomagnetic field pryamyye nablyudeniya potokov solnechnoy plazmy na rasstoyanii poryadka 1 900
Explore the source record for details and available documents.
Balandina, S. M.↗
Interaction of weak solar corpuscular streams with the upper atmosphere o vzaimodeystvii slabykh korpuskulyarnykh potokov s verkhney atmosferoy
Explore the source record for details and available documents.
Kovner, M. S.↗
Solar corpuscular streams and geomagnetic storm families
Explore the source record for details and available documents.
Afanasyeva, V. I.↗
On the coherent cerenkov and magnetic bremstrahlung instabilities of solar corpuscular streams o kogerentnykh cherekovskoy i magnitotormoznoy neustoychivostyakh solnechnykh kopruskulyarnykh potokov
Explore the source record for details and available documents.
Chertok, I. M.↗
Stationary state of corpuscular streams corresponding to the most common forms of polar aurorae statsionarnost korpuskulyarnykh potokov sootvetsvuyushchikh naiboleye rasprostranennym formam polyarnykh siyaniy
Explore the source record for details and available documents.
Pogorelov, V. I.↗
Visual particle velocity measurement in fluid streams
Visual particle velocity measurement of blood flow in live tissue
BLOOD FLOW↗
Experimental study of heat exchange in the case of a cylinder in a transverse air stream
Convective heat transfer to cylinder transverse to airflow
AIRFLOW↗
The use of self-calibrating catalytic probes to measure free-stream atom concentration in a hypersonic flow
Simultaneous measurements of catalytic efficiency and atom concentration in hypersonic gas flow by self calibrating probes
ATOM CONCENTRATION↗
Heat transfer to liquid-metal flow in a round tube or flat duct with heat sources in the fluid stream
Forced-convection heat-transfer characteristics of liquid metal flow in circular tube, and in parallel plate channel
HEAT TRANSFER↗