Frequency response of a forced-flow single- tube boiler
Frequency response measured in experiments with pump-fed single tube heat exchanger boiler using Freon and water
FREQUENCY RESPONSE↗
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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.
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Voyager spacecraft phase B, task D. Volume 9 - Engineering study task, ETO decontamination Final report
Decontamination requirements for Voyager spacecraft using oxide-Freon 12 gas as biocidal agent
Source record↗
Frequency Response of a Forced-flow Single-tube Boiler
Frequency response analysis for forced flow single tube boiler containing Freon
Dorsch, R. G.↗
TRW materials compatibility study with ethylene oxide/Freon 12 decontamination processes
Organic materials compatibility with ethylene oxide and Freon decontamination processes
Okumura, J. K.↗
Diffusion of trace gases for leak detection in aerospace systems
Diffusion of Freon and helium trace gases for detection of leaks in aerospace systems
Brown, J. L.↗
Study of a Renovated Command Module Laboratory and Renovated Command Module. Volume 2 - Mission System Performance and Configuration Analysis Final Report
Diffusion of Freon and helium trace gases for detection of leaks in aerospace systems
Dodds, J. I.↗
''Pressure-drop'' oscillations in forced convection flow with boiling.
Pressure drop oscillations in forced convection flow of Freon-11 near onset of boiling, noting flow rate for instability and limit cycles
Callahan, G. M.↗
Heat pipe application to a gravity-gradient satellite /EXPLORER XXXVI/.
Heat pipes with Freon working fluid applied to thermal control of transponders in low altitude gravity gradient satellite GEOS-B
Anand, D. K.↗
Turbulence in the mixing region between ducted coaxial streams
Turbulence in mixing region of ducted coaxial flow of air-air and air-Freon 12 combination
Kulik, R. A.↗
Experimental studies of the vaporization of droplets in heated air at high pressures
Vaporization of n-heptane and Freon 13 droplets suspended in heated air stream at high pressures
Savery, C. W.↗
Liquid transport properties of some heat pipe wicking materials.
Heat pipe wick materials liquid transport properties analysis, using water and Freon 113 as working fluids
Kunz, H. R.↗
A vapor barrier for cold testing printed circuit cards
Cold testing method prevents formation of frost on printed circuit boards and part holders during testing at sub-zero temperatures. Freon permits rapid attainment of the required testing temperature.
Cross, D. A.↗
Experiments on droplet vaporization at supercritical pressures
N-heptane and Freon-13 droplets vaporizing size and temperature at supercritical pressures in heated air stream
Borman, G. L.↗
Refrigerated cutting tools improve machining of superalloys
Freon-12 applied to tool cutting edge evaporates quickly, leaves no residue, and permits higher cutting rate than with conventional coolants. This technique increases cutting rate on Rene-41 threefold and improves finish of machined surface.
Dudley, G. M.↗
Applicability of fluidic controls to a Rankine cycle automotive engine Final report
Fluidic controls for automotive engine examined by Rankine cycle performance with water, CP-34, and freon TF and investigation for boiler and feed pump control criteria
Fisher, E. J.↗
N-heptane, carbon dioxide, and chlorotrifluoromethane droplet vaporization measurements at supercritical pressures
N-heptane, carbon dioxide and Freon 13 droplet vaporization measurements at supercritical pressure, comparing with film theory calculation
Borman, G. L.↗
Safe transport of diborane in a dual refrigerant system: A concept
Mobile transport system, that can be carried by truck and parked in storage area, consists of an inner container capable of holding 363 kg of diborane and an external, dual refrigeration unit which uses liquid nitrogen and Freon-14.
Stone, G. R.↗
Thermal control for storage of cryogenic propellants in a multiple-tank system: A concept
Development of system for storing cryogenic propellants in multiple tank configuration is discussed. System uses single loop and closed loop features. Liquid nitrogen and Freon-14 are used as refrigerants. Diagram of equipment to show components and operation is provided.
Stone, G. R.↗