GaAs(Sb) nanostructures formed by arsenic-induced in-situ etching of III-Sb surfaces.
Abstract not provided.
Addamane, Sadhvikas↗
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Analysis of a radiofrequency plasma reactor for etching (Poster).
Abstract not provided.
Fierro, Andrew↗
Adjusting VCSEL wavelength and index by etching and regrowth
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Serkland, Darwin K.↗
XeF2 – A new MOCVD source for removal of surface Si contamination and in-situ etching of GaN for epitaxial regrowth
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Allerman, Andrew A.↗
In-situ MOCVD Etching of GaN using XeF2 for Selective-Area-Epitaxial-Regrowth of p-type GaN for High Voltage PN Diodes
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Allerman, Andrew A.↗
Local droplet etched quantum dots as quantum light sources
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Addamane, Sadhvikas Jayachandra↗
Metasurface Optic Features Using Metal-Assisted Chemical Etching (MACE)
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St. John, Christopher↗
Tuning Machine Learning Hyperparameters of a Metal-Assisted Chemical Etching (MACE) Process
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St. John, Christopher↗
Metal-assisted Chemical Etching of High Aspect Ratio Features in Silicon
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Arrington, Christian Lew [Sandia National Laborato↗
Etching process mills PH 14-8 Mo alloy steel to precise tolerances
Chemical milling process, which combines an aqua regia etchant with a sulfonate wetting agent, produces finishes on PH 14-8 molybdenum alloy steel to precise tolerances. This process permits precision removal of excess metal from the steel in annealed and/or aged conditions.
Chipman, B. L.↗
Characteristics of a thermionic converter with a fluoride vapor deposited tungsten emitter etched to preferentially expose the 110 crystal planes.
Variable spacing planar thermionic converter with tungsten emitter, niobium collector and niobium guard ring
Lawrence, J.↗
Correlation expression for the performance of an etched-rhenium emitter, niobium collector, cesiated thermionic converter
Numerical analysis of relationship between current, voltage, emitter temperature, and collector temperature of cesiated thermionic converter
Breitwieser, R.↗
Etching of metallographic specimens by cavitation
Cavitation damage in water to unalloyed metals and Ni superalloy, using ultrasonic vibratory testing with magnetostrictive transducer
Young, S. G.↗
Two new methods to increase the contrast of track-etch neutron radiographs
Methods for increasing the (optical density span) of radiographs were evaluated. In one method, fluorescent dye was deposited in the tracks of the radiograph. The radiograph was then examined under ultraviolet light. The second method was a crossed Polaroid filter technique. The radiograph was placed between the filters and then illuminated with a diffuse white-light source. An increase in the optical density span from .10 to .37 was obtained with the dye method. With the Polaroid method, the increase obtained was from .10 to 2.4.
Morley, J.↗
Two new methods to increase the contrast of track-etch neutron radiographs.
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Morley, J.↗
Simplified procedures for releasing and concentrating microorganisms from soil for transmission electron microscopy viewing as thin-sectioned and frozen-etched preparations
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Balkwill, D. L.↗
The effect of a prior Sirtl etch on subsequent thermally induced processing damage in silicon wafers
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Porter, W. A.↗
Precise wet-chemical etching
Controlled amount of etchant applied to surface of rotating sample removes only few angstroms of material. Technique is suited to study of chemical and crystal structures. Rate can be varied through control of spin frequency, liquid viscosity, droplet size, total etchant volume, etchant concentration.
Grunthaner, F. J.↗