Full-range solution for the measurement of thin-film surface densities with proton-excited X rays.
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Reuter, F. W., III↗
Engineering topics
Smith, H. P., Jr.
Publications and source records attributed to Smith, H. P., Jr..
LEED studies of oxygen adsorption on the /111/ and /110/ surfaces of aluminum
LEED studies of oxygen adsorption on /111/ and /110/ surfaces of Al single crystals
Bedair, S. M.↗
Neutron kinetics of cavity reactors
Power level variations in cavity reactor produced by density changes in gaseous nuclear fuels
Oppenheim, A. K.↗
Low-energy electron diffraction intensities - Comparison between theory and experiment
Low energy electron beam diffraction, calculating intensity as wavelength function
Hofmann, F.↗
Atomically clean surfaces by pulsed laser bombardment
Q spoiled laser bombardment to obtain atomically clean surfaces in vacuum, noting damages
Bedair, S. M.↗
Generation of a fissioning plasma in a shock tube.
Fissioning plasma generated in shock tube with 235 uranium hexafluoride gas, selecting tube diameter, reflector depth and initial gas density for specific neutron multiplication
Oppenheim, A. K.↗
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 K-shell X-ray production in thin films of aluminum oxide by 20- to 100-kev protons.
Oxygen K-shell X ray production cross section and stopping power of aluminum oxide thin films for 20-100 kev protons
Hart, R. R.↗
Dynamical theory on low energy electron diffraction Final report
Bethe theory of low energy electron diffraction applied to computation of diffracted beam intensity as function of wavelength
Smith, H. P., Jr.↗
Oxygen surface-density measurements based on characteristic X-ray production by 100-kev protons.
Oxygen surface densities measured by method based on characteristic X ray production by 100 kev protons
Hart, R. R.↗
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.↗
Sputtering of single-crystal copper by 400 and 600 kev argon ions.
Cu single crystal sputtering yield and angular distribution for bombardment by Ar ions
Higgins, T. B.↗
Leed studies of oxygen adsorption on the /100/ face of aluminum.
Atomically clean aluminum /100/ surface obtained through prolonged heating, noting role of oxygen adsorption
Bedair, S. M.↗
Electron-microprobe determination of the angular distribution of sputtered aluminum atoms.
Sputtered atoms angular distribution measured by collecting atoms on Cu surface and determining surface densities of thin films by electron microprobe
Hasseltine, E. H.↗
On the generation of a fissioning plasma in a shock tube.
Fissioning plasma in shock tube, discussing neutron multiplication within reflector zone
Oppenheim, A. K.↗
Cesium-ion bombardment of aluminum oxide in a controlled oxygen environment.
Aluminum oxide /sapphire/ Cs ion bombardment in controlled oxygen environment
Hasseltine, E. H.↗
Investigation of kilovolt ion sputtering Final report
Yield and angular distribution measurements of cesium ion and mercury ion sputtering
Smith, H. P., Jr.↗
Evidence against focused chains in high-yield copper sputtering.
Yield and angular distribution of cesium ion- sputtered copper, noting dependence on angle of incidence, target temperature and energy
ION BEAM↗