Evaluation of methods to remove decomposed mix-4P3E from 9Cr-1Mo steel
Removal of SNAP-8 lubricant/coolant fluid from chromium-molybdenum steel
LUBRICANT↗
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Results for “REMOVAL”
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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An improved sonication method for removal of microorganisms from surfaces
Improved ultrasonic cavitation methods for removing microorganisms from stainless steel strip surfaces
MICROORGANISM↗
Comments on salvage and removal of man-made objects from outer space.
Salvage and removal problems of man-made objects from outer space, stressing need for international procedures and standards
INTERNATIONAL LAW↗
Vacuum probe sampler removes micron-sized particles from surfaces
Vacuum probe sampler removes micron-sized particles from sensitive surfaces, without damage to the surface. The probe has a critical orifice to ensure an optimum airflow rate that disturbs the boundary layer of air and raises bacteria from the surface into the probe with the moving air stream.
Whitfield, W. J.↗
Rotary-knife stripper facilitates removal of X-ray film from pack
Rotary-knife stripper facilitates removal of X ray film from the daylight pack paper sleeve. The new stripper is rectangular, approximately 4 inches wide, 5 inches high, and 7 inches long.
Mitchell, D. K.↗
Method for removing surface-damaged layers from nickel alloys
Electrical discharge machining /EDM/ damaged layer can be effectively removed from Rene 41, Inconel 625, Inconel 718, and Monel K-500 by abrasive-grit blasting or electropolishing /at room temperature/ at a current density of 5A/inches squared in a water solution of phosphoric and sulfuric acids.
Fawley, R. W.↗
Research and development program for a combined carbon dioxide removal and reduction system, phase 2A Final report, Sep. 1966 - Nov. 1967
Research and development of carbon dioxide removal and reduction system using fused salt electrolytic cell
Source record↗
Development of a regenerable carbon dioxide removal system Final report, Jun. 1965 - Jan. 1968
Design criteria for regenerative carbon dioxide removal system for manned spacecraft
Samuel, W.↗
Test and development of a regenerative CO sub 2 removal system for possible use in the Apollo applications program.
Regenerative carbon dioxide removal system noting application in Apollo program
Davis, S. H., Jr.↗
Use of simulation techniques to remove test- peculiar nonlinear effects from control system response.
Simulation techniques to remove gimbal bearing looseness effect on frequency response and cross axis coupling of Saturn control system S-4B stage
Curtis, H. S.↗
Test and analysis of a vacuum desorbed molecular sieve CO sub 2 removal system for manned spacecraft.
Vacuum desorbed molecular sieve carbon dioxide removal system for manned spacecraft
Dellosso, L., Jr.↗
Removal of retaining washers of the waffle-spring type
Special tool removes quick-locking fasteners incorporating waffle-spring retaining washers without damage.
Marzullo, R. A.↗
Removal of acid gases and oxides of nitrogen from space cabin atmospheres
Removal of acid gases and oxides of nitrogen from spacecraft cabin atmospheres at ambient temperatures
Bethea, R. M.↗
Feasibility study of clathrates for carbon dioxide removal, 13 September 1968 - 12 March 1969
Feasibility of clathrate compounds for carbon dioxide removal from space cabin atmospheres
Rajan, K. S.↗
Evaluation of desorbates from a regenerative CO sub 2 removal system used in a 60-day manned test
Quantitative analyses on desorbates from silica gel and molecular sieves in regenerative carbon dioxide removal during manned space flight simulation
Mader, P. P.↗
Benzene anion radical - Removal of the orbital degeneracy at 4.2 deg K.
Benzene anion radical in solid solution ESR spectrum, noting removal of orbital degeneracy at 4.2 degrees K
Brown, I. M.↗
Improved method of removing plastic backing films from carbon electron microscope replicas.
Plastic backing films removal from carbon electron microscope replicas by maintaining specimens in horizontal position
Walker, G. H.↗
Olfactory bulb removal - Effects on brain norepinephrine.
Olfactory bulb removal effects on uptake decline of telencephalic norepinephrine, noting use for mapping adrenergic pathways
Heimer, L.↗