On the generation and interaction of high energy muons
Energy spectra and angular distribution data on generation and interaction of high energy muons with thick targets
Khristiansen, G. B.↗
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Molecular-beam investigations of the dissociation of nitrous oxide on tungsten
Nitrous oxide molecular beam reflection and dissociation on tungsten surface at high temperatures from angular distribution measurements
Coltharp, R. N.↗
Interaction of metastable molecules with surfaces
Metastable diatomic N beam scattering from Teflon and Cu surfaces measured for velocity and angular distributions
Donnelly, D. P.↗
Simplistic analysis of reactive scattering
Angular distribution of nonreactively scattered molecules in reactive collision, analyzing relation to reaction probability using gray sphere optical model
Bernstein, R. B.↗
Results of the reaction D plus H2 yields HD plus H using modulated crossed beams
Deuterium atom reaction with hydrogen molecule yielding HD and H using modulated crossed beams, plotting angular distributions and reaction velocities
Fite, W. L.↗
Measurement of bidirectional reflectance using a photographic technique
Monochromatic radiation angular distribution surface reflectance measurement using photographic reflectometer
Loehrlein, J. E.↗
Thick target bremsstrahlung produced by electron bombardment of targets of Be, Sn, and Au in the energy range 0.2-2.8 MeV
Angular distribution of thick target bremsstrahlung produced by electron bombardment of Be, Sn and Au surfaces
Dance, W. E.↗
Study of the high-latitude, outer-zone boundary region for greater than or equal to 40-kev electrons with satellite Injun 3
High altitude outer radiation zone boundary region electron energy measurement by satellite Injun 3, noting angular distribution dependence on local time, latitude, etc
Fritz, T. A.↗
Plasma Probe C, D, and E, volume 1 Final engineering report
Plasma probe for Pioneer spacecraft to measure ion and electron density and angular distribution in space
Aalami, D.↗
Small-pitch-angle synchrotron radiation
Angular distribution of small-pitch-angle synchrotron radiation
Epstein, R. I.↗
Approximate high energy alpha-particle nucleus collision model
Alpha particle-nucleus collision model for nucleon energy and angular distribution prediction and residual nuclei cross sections
Alsmiller, R. G., Jr.↗
Study of the /alpha,t/ reaction on zirconium-90, molybdenum-92, and molybdenum-96 at 41.5 MeV
Angular distributions for /alpha,t/ reactions on Zr-90, Mo-92 and 96 at 41.5 MeV
Julian, G. M.↗
Scattering of 42-MeV alpha particles from Sc-45
Inelastic alpha particle scattering experiment for studying energy spectrum and angular distribution of Sc-45 excited states
Seth, K. K.↗
Auroral-particle precipitation and trapping caused by electrostatic double layers in the ionosphere
Primary auroral electron flux angular distribution measurement by rocket probe, showing particle precipitation and trapping by electrostatic double layers in ionosphere
Albert, R. D.↗
Electron transmission measurements for Al, Sn, and Au targets at electron bombarding energies of 1.0 and 2.5 MeV
Electron energy spectra construction from Al, Sn and Au target layers transmission angular distribution measurements, using computer calculated spectra for comparison
Derrickson, J. H.↗
Scattered and reflected light intensities above the atmosphere
Calculational method for predicting angular distribution of sunlight upwelling flux scattered by atmosphere and reflected by ground, using Monte Carlo data
Thompson, B. C.↗
Zr-92(d,p)Zr-93 and Zr-92(d,t)Zr-91
The structures of Zr-93 and Zr-91 were studied by the stripping reaction Zr-92(d,p)Zr-93 and the pick-up reaction Zr-92(d,t)Zr-91 using 13 MeV incident deuterons. The reaction product particles were detected by counter telescope. Typical spectra from the reactions were analyzed by a nonlinear least squares peak fitting program which included a background search. Spin and parity assignments to observed excited levels were made by comparing experimental angular distributions with distorted wave Born approximation calculations.
Baron, N.↗
Scattering of 42-MeV alpha particles from Cu-65
The extended particle-core coupling model was used to predict the properties of low-lying levels of Cu-65. A 42-MeV alpha particle cyclotron beam was used for the experiment. The experiment included magnetic analysis of the incident beam and particle detection by lithium-drifted silicon semiconductors. Angular distributions were measured for 10 to 50 degrees in the center of mass system. Data was reduced by fitting the peaks with a skewed Gaussian function using a least squares computer program with a linear background search. The energy calibration of each system was done by pulsar, and the excitation energies are accurate to + or - 25 keV. The simple weak coupling model cannot account for the experimentally observed quantities of the low-lying levels of Cu-65. The extended particle-core calculation showed that the coupling is not weak and that considerable configuration mixing of the low-lying states results.
Stewart, W. M.↗