Transmission characteristics of split-phase PCM codes
Autocorrelation function and power spectral density of RF carrier modulated by split phase PCM code
Batson, B. H.↗
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Central integration of visual half-fields in split-brain monkeys
Visual half field central integration and monocular performance in split-brain monkeys after transection of chiasm, anterior commissure and corpus callosum
Gavalas, R. J.↗
Spectral density and autocorrelation functions of a carrier modulated by a split-phase PCM code
Power spectral density and autocorrelation functions of sinusoidal carrier amplitude modulated by split phase PCM and PSK
Chiu, R.-F.↗
Spin splitting, Fermi energy changes, and anomalous g shifts in single-crystal and pyrolytic graphite
Single crystal and pyrolytic graphite, examining spin split Landau levels, Fermi energy changes and anomalous g shifts
Woollam, J. A.↗
Glass tube splitting tool
Tool accurately splits glass tubing so cuts are aligned 180 deg apart and reassembled tube forms low pressure, gastight enclosure. Device should interest industries using cylindrical closed glass containers.
Klein, J. A.↗
A split-core heat-pipe reactor for space power applications
Split-core heat-pipe reactor for space power applications
Lantz, E.↗
Bi-polar phase detector and corrector for split phase PCM data signals Patent
Bipolar phase detector and corrector for split phase PCM data signals
Bailey, J. W.↗
Method of planetary atmospheric investigation using a split-trajectory dual flyby mode Patent
Planetary atmospheric investigation using split trajectory dual flyby mode
Coogan, J. M.↗
Variance reduction by importance sampling and the method of splitting in Monte Carlo calculations
Variance reduction by importance sampling and method of splitting in Monte Carlo calculations
Rosenbaum, B. M.↗
Shell splitting due to electric fields
Drift shell splitting of trapped particles by earth magnetic field
Stern, D. P.↗
Split-core heat-pipe reactors for out-of-pile thermionic power systems
Split-core heat-pipe reactors for out-of-pile thermionic power systems with center gap reactivity control
Niederauer, G.↗
Predicted term splittings for the Li I, B I, Na I sequences and other sequences with one-electron spectra
Term splitting of Li I, B I, Na I and other sequences with one electron spectra, using screening parameters obtained from Hartree-Fock calculations
Kastner, S. O.↗
A split-core heat pipe reactor concept for an out-of-core thermionic power system
Design and operation of split fueled cores with axial heat pipes for 350 kwe out-of-core thermionic power converter system
Lantz, E.↗
An electron spin resonance line-shape analysis for determination of unresolved metal hyperfine splittings in ion pairs - Its application to the benzene anion radical
Ion pairing study in unresolved metal hyperfine splitting spectral region, using electron spin resonance line shape analysis
Jones, M. T.↗
Shell splitting due to electric fields.
Drift shells of trapped particles starting from a single field line in the earth's magnetic field may become separated owing to an electric field. By using the formalism of the shell-splitting function, this separation is calculated for an arbitrary curl-free time-independent electric field satisfying E.B = 0, with no limitation on the particle's longitudinal excursion. The effect of nondipole field components is also taken into account to the lowest order.
Stern, D. P.↗
Surface field analysis of splitting of orbitals of atoms and ions approaching a metal surface.
The splitting of p- and d-orbitals of an atom or an ion which is caused by the locally varying potential near the surface of a realistic metal has been studied for bcc and fcc substrates. A quasi-ionic model is reasonable at close distance, inasmuch as the electron gas does not completely screen the ionic cores. The arrangement of ion cores near the surface causes the potential to vary in three dimensions. Expressions for energy levels were derived for an unsymmetric group using the quasi-ionic model and techniques used in the treatment of crystal field of nearest neighbors. A number of cases involving ions, as well as atoms in the vicinity of a metal substrate were numerically evaluated.
Rao, P. V. S.↗
Split-core heat-pipe reactors for out-of-pile thermionic power systems.
Description of the concept of splitting a heat-pipe reactor for out-of-core thermionics into two identical halves and using the resulting center gap for reactivity control. Short Li-W reactor heat pipes penetrate the axial reflectors and form a heat exchanger with long heat pipes which wind through the shield to the thermionic diodes. With one reactor half anchored to the shield, the other is attached to a long arm with a pivot behind the shield and swings through a small arc for reactivity control. A safety shim prevents large reactivity inputs, and a fueled control arm drive shaft acts as a power stabilizer. Reactors fueled with U-235C and with U-233C have been studied.-
Niederauer, G.↗