Formation and chemical pumping of OH molecules.
Maser amplification as intense OH lines cause in small radiation sources, discussing OH molecules formation and chemical pumping
Solomon, P. M.↗
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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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Theoretical analysis of a two-pump vacuum system.
Two pump vacuum system, using theoretical model for factors affecting chamber pressure
Kendall, B. R. F.↗
An experimental program to provide two- dimensional cascade data applicable to pump design.
Two dimensional turning and loss performance and cavitation index of circular arc hydrofoils in cascade, noting application to pump design
Murrin, T. A.↗
Optical pumping and the D-line ratio of Comet 1962-III.
Comet 1962-III Na D line ratio from spectral observations, discussing optical pumping mechanism by solar circularly polarized radiation under magnetic field
Kovar, N. S.↗
High-frequency plate damping due to gas pumping in riveted joints.
HF plate vibration damping due to gas pumping in riveted joints, considering pressure dependence of viscosity
Maidanik, G.↗
Production of uniform droplets by means of an ion drag pump.
Uniform droplets production by means of ion drag pump, noting HF periodic low pressure drag generation effects on liquid jets
Hendricks, C. D.↗
A study of thermal transpiration for the development of a new type of gas pump.
Gas pump utilizing thermal transpiration in porous media, noting variation of performance with porous media geometric properties
Altman, M.↗
Inward pumping in mechanical face seals.
Hydrodynamic characteristics producing inward pumping in mechanical face seals, solving Reynolds equation for hydrodynamic lubrication with short-bearing approximation and numerical iterative methods
Findlay, J. A.↗
Method for predicting pump cavitation performance
Method requires the availability of two sets of appropriate data for each pump to be analyzed. At least one set of the data must provide measurable thermodynamic effects of cavitation.
Moore, R.↗
An analytical method for predicting the performance of centrifugal pumps during pressurized startup
Analytical method for predicting performance of centrifugal pumps during pressurized startup
Rostafinski, W.↗
The design and build of a gas bearing gyroscope possessing high-G and sterilization capability and utilizing a low-power gas bearing spinmotor and high-frequency pump Final report
Gas bearing gyroscope possessing high G and sterilization capability, utilizing low power spinmotor and high frequency pump
Bremer, J. M.↗
Comparison of boiler feed pumps for cesium and potassium Rankine cycle systems
Comparison of electromagnetic and centrifugal pumps for cesium and potassium Rankine cycle systems
Clark, D. L.↗
Noncavitating and cavitating performance of several low area ratio water jet pumps having throat lengths of 3.54 diameters
Noncavitating and cavitating performance of low area ratio water jet pumps having throat lengths of 3.54 diameters
Sanger, N. L.↗
Lubrication with some polyphenyl ethers and superrefined mineral oils in a 600 deg F /316 deg C/ inerted vane pump loop
Lubrication performance and thermal shear degradation of polyphenyl ethers and refined mineral oils in high temperature vane pump loop
Hady, W. F.↗
Performance and cavitation damage of an axial-flow pump in 1500 deg F /1089 K/ liquid sodium
Performance and cavitation damage to axial flow pump rotor blades in high temperature liquid sodium
Cunnan, W. S.↗
Pumped helium tests of a 51-centimeter bore niobium-tin magnet
Pumped helium tests of 51 centimeter bore niobium tin magnetic coils
Brown, G. V.↗
Performance and evaluation of two liquid-metal pumps for sodium-potassium service
Performance tests on liquid metal pumps for sodium potassium loops
Gorland, S. H.↗
Performance and evaluation of a liquid-metal pump for mercury service
Liquid-metal centrifugal pump at mercury loop
Gorland, S. H.↗