Mitigating Bias in CMB B-modes from Foreground Cleaning Using a Moment Expansion
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Danielle Sponseller↗
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Results for “Clean”
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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Adhesion between atomically clean surfaces
Adhesion mechanisms between solid metal surfaces
METAL-METAL BONDING↗
Investigation of the prebreakdown gap currents between clean and cesium-coated tungsten electrodes.
Prebreakdown gap currents measured between tungsten electrodes with known amounts of cesium and/or oxygen on surfaces
SPARK GAP↗
Critical mass studies with NASA Zero Power Reactor II I - clean homogeneous configurations
NASA zero power reactor II to determine critical masses
CRITICAL MASS↗
Bibliography on Clean Rooms
Bibliography on contamination control, and air filtering for application to electronics and surgical instruments
ELECTRONIC EQUIPMENT↗
Influence of chemisorbed films on adhesion and friction of clean iron
Reduction of adhesive forces and friction of iron polycrystals in vacuum by chemisorbed films
Buckley, D. H.↗
Determination of the microbiological profile of clean rooms Final engineering report
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Finkelstein, H. F.↗
Laser surface interactions - Creation and detection of atomically clean surfaces Semiannual report, 1 Apr. - 30 Sep. 1968
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Smith, H. P., Jr.↗
Laser surface interactions - Creation and detection of atomically clean surfaces Final report
Q switched lasers for obtaining clear surfaces in vacuum
Smith, H. P., Jr.↗
Oxygen sticking coefficients on clean /111/ silicon surfaces.
Oxygen 18 adsorption on silicon activation analysis measurements used to obtain kinetic curve for chemisorption from monolayers
Carosella, C. A.↗
LEED and Auger studies of effect of oxygen on adhesion of clean iron /001/ and /011/ surfaces
LEED and Auger emission analysis of effects of oxygen on adhesion of iron surfaces
Buckley, D. H.↗
Single crystal clean work functions and the behavior of various adsorbates on metal surfaces Final report
Determining work functions and temperature coefficients by relative field emission method
Bell, A. E.↗
Correlation between structural and electronic changes during the oxidation of clean germanium surfaces
LEED pattern and germanium surface conductivity during oxidation indicating electron states annihilation
Feinstein, L. G.↗
Space Measurements of the Contamination of Surfaces by OGO-6 Outgassing and Their Cleaning by Sputtering and Desorption
OGO-6 surface contamination by outgassing in space environment and decontamination by sputtering and desorption
Corbin, W. E., Jr.↗
Oxygen adsorption, reconstruction, and thin oxide film formation on clean metal surfaces - Ni, Fe, W and Mo
Ultrahigh vacuum deposited Ni, Fe, W and Mo films, determining molecular oxygen adsorption efficiencies
Horgan, A. M.↗
Electric contact phenomena in ultra clean and specifically contaminated systems.
Contact resistance has been used to characterize the processes of physical contact in metallic systems with ultraclean surfaces. The contact resistance versus load curves of iron and two cobalt alloys were used to demonstrate the existence of surface work hardening and interfacial creep during contact as well as the fracture characteristics of an interfacial junction as the load is removed. The presence of an adsorbed film of hydrogen or hydrogen ions on iron completely changes the contact process. A comparison of the contact resistance versus load data for ultrapure iron, and iron-cobalt alloy, and a cobalt molybdenum-chromium was used to illustrate the effect of substrate mechanical properties on static adhesion and the ability to convert these data for the estimation of the dynamic coefficient of friction under the particular experimental conditions.
Keller, D. V., Jr.↗
Industrial filter bags cleaned by high-frequency vibration: A concept
System holds filter bag around fine-mesh metal screen and vibrates screen at its resonant frequency. This removes deposited byproducts and protects bag fibers from damaging forces. Because filter bags represent 20 to 40% of any industrial filtering investment, this method of extending bag life should be of interest to those responsible for plant maintenance.
Kooy, A. V.↗
Backflushing system rapidly cleans fluid filters
Self contained unit can backflush filter elements in fraction of the time expended by presently used equipment. This innovation may be of interest to manufacturers of hydraulic and pneumatic systems as well as to chemical, food, processing, and filter manufacturing industries.
Descamp, V. A.↗