Laser surface interactions - Creation and detection of atomically clean surfaces Semiannual report, Oct. 1, 1966 - Mar. 31, 1967
Low energy electron diffraction method of identifying atomically clean surface after laser surface interaction
Engineering topics
Publications and source records attributed to Smith, H. P., Jr..
Low energy electron diffraction method of identifying atomically clean surface after laser surface interaction
Interactions of ions and protons with material surfaces - surface density, velocity spectrum, mercury ion sputtering, aluminum-aluminum oxide sputtering, and ion implantation
Radioactive tracer technique for measurement of yield and angular distribution of molybdenum sputtered by cesium ion beam
Nuclear energy deposition effect on pressure pulse generation in fissioning gas flow through semiinfinite cylindrical tube analyzed by method of characteristics
Sputtering yields, angular and energy distribution of atoms, and implanted ion distribution in cesium and mercury surface interactions
Neutron activation investigation of cesium ion sputtering of Al in rarefied oxygen atmosphere
Aluminum sputtering, and neutron activation analysis after cesium ion bombardment
Radioactive tracer technique to measure yield and angular distribution of copper sputtered from monocrystalline target subject to cesium ion bombardment
Sputtering of single crystals of electrode material under cesium and mercury ion beam bombardment
Neutron activation and cesium-aluminum sputtering in oxygenated gas atmosphere
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Investigation of cesium ion sputtering of monocrystalline copper using radioactive tracer technique
Radioactive tracer technique to measure yield and angular distribution of copper sputtered from monocystalline target subject to cesium ion bombardment
Radioactive tracer technique to measure yield and angular distribution of cesium ion sputtered copper
Kilovolt ion sputtering - electron beam focusing of cesium ion beam, radiation detection in copper atoms, ultrahigh vacuum system construction, and spectrometer pulse height
Quantitative mass analysis of solid surfaces by sputtering ion source
Collision focusing effect on monocrystalline sputtering yield theory