Fluorescein and naphthol substrates for phosphatase assays
Fluorscein and naphthol substrates for phosphatase activity in soils detected by fluorometric assays - enzyme activity in soils by fluorescent emission
FLUORESCENCE↗
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Results for “Substrate”
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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The effect of hydrazine and congeners on c14o2 respiratory pattern of various metabolic substrates.
Hydrazine and derivations affecting carbon dioxide respiratory pattern of various metabolic substrates in rats
METABOLISM↗
Gage accurately controls force for placing chips on substrates
Device is developed to control the force used in manually placing chips on substrates. It controls the compression load between 2 small members at loads as low as 25 grams by means of a force control gage that is preset by varying the spring deflection.
Benzie, W. P.↗
Dependence of adsorption properties on surface structure for body-centered-cubic substrates
Dependence on surface structure for adsorption energy by single atom on body centered cubic substrate
BODY CENTERED CUBIC /BCC/ CRYSTAL↗
Oxide film on metal substrate reduced to form metal-oxide-metal layer structure
Electrically conductive layer of zirconium on a zirconium-oxide film residing on a zirconium substrate is formed by reducing the oxide in a sodium-calcium solution. The reduced metal remains on the oxide surface as an adherent layer and seems to form a barrier that inhibits further reaction.
Youngdahl, C. A.↗
Study of cold-substrate deposition of thin film passive elements Final report
Feasibility of forming thin film resistors and capacitors by cold substrate deposition
THIN FILM↗
Techniques for the observation of micrometeorite craters in metal substrates utilizing electron micrographic replica methods
Thin film replica technique for obtaining high quality electron micrographs of craters in metal substrates formed by microscopic hypervelocity particle impact
HYPERVELOCITY CRATERING↗
Deposition of aluminum and silicon oxide on epoxy-coated substrates
Reflective surface deposition of aluminum and silicon oxide on epoxy coated substrate of solar energy concentrator
SILICON OXIDE↗
The processing of screened resistors on ceramic substrates
Pilot process for fabrication of screened resistors on ceramic substrates
PRINTED RESISTOR↗
Deposition of silicon nitride on metal-coated substrates.
Silicon nitride deposition on metal coated substrates for studying resistivity, breakdown strength and other electrical properties of thin dielectric films
SILICON NITRIDE↗
Improved process for epitaxial deposition of silicon on prediffused substrates
Process for fabricating integrated circuits uniformly deposits silicon epitaxially on prediffused substrates without affecting the sublayer diffusion pattern. Two silicon deposits from different sources, and deposited at different temperatures, protect the sublayer pattern from the silicon tetrachloride reaction.
Clarke, M. G.↗
Behavior of various adsorbates on metal substrates Final report, 23 Dec. 1965 - 17 Feb. 1967
Behavior of adsorbates on metal substrates
Bennette, C. J.↗
Effect of substrate structure on deposition of evaporated carbon
Effect of substrate structure on deposition of evaporated carbon
Fischbach, D. B.↗
Study of cold-substrate deposition of thin film passive elements
Cold substrate deposition of thin film resistors and capacitors
Schoonover, D. R.↗
The adsorption of benzene on homogeneous substrates.
Benzene adsorption on homogeneous substrates, estimating adsorption effect on thermal capacity
Pierotti, R. A.↗
Desorption, mobility and work function change of mercury on tungsten and molybdenum substrates.
Desorption, mobility and work function change of mercury on tungsten and molybdenum substrates
Davis, L. E.↗
Search for substrate rearrangement in barium adsorption on tungsten.
W substrate rearrangement upon Ba adsorption and thermal equilibration measured for thermally annealed and field evaporated surfaces
Frank, C. W.↗
Dependence of the rate of electrodic redox reactions on the substrate.
Electrodic redox reaction rates dependence on noble metal substrates work functions in solution containing Cl ion or sulfate ion, noting anion effects
Bockris, J. O'M.↗