Phase shift analysis for elastic pi plus minus He4 scattering in the energy interval 100-160 MeV/c
Phase shift analysis of pi-helium elastic scattering using helium bubble chamber
ELASTIC SCATTERING↗
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Results for “interval”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The application of Floquet theory to the computation of small orbital perturbations over long time intervals using the Tschauner- Hempel equations.
Deviation of path of orbiting body calculated from nominal or reference trajectory
ORBITING SATELLITE↗
Interval estimation of a stimulus level of order alpha in sensitivity testing
Quantitative measurements of responses attributed to stimulus in stimulus-subject systems
Tatikonda, L.↗
JFLIP-JPL FORTRAN language with interval pre-processor
FLIP and TMG are a FORTRAN pre-processor and a Syntax-Directed-Compiler used to describe the language in which the former is written. They provide those who write in FORTRAN 4 with greater language flexibility and power.
Germann, D. A.↗
The evaluation of definite integrals by interval subdivision
Algorithm for efficient evaluation of badly behaved definite integrals to prescribed accuracy by concentrating abscissas near regions of most irregularity in integrand
Ohara, H.↗
Upper limit for the solar neutron flux in the energy interval 20-120 Mev.
Solar neutron flux measurement at earth in energy region 20-120 Mev by detector in balloon flight
Chupp, E. L.↗
The evaluation of definite integrals by interval subdivision.
Algorithm for definite integrals evaluation, using Clenshaw-Curtis and Romberg quadratures combination in each subinterval
Ohara, H.↗
A description of the time interval measurement and laser control circuitry for the lunar ranging experiment
Detector package, laser, and telescopes for lunar ranging experiment
Steggerda, C. A.↗
Spectral observations of Jupiter in the frequency interval 18.5-24.0 GHz - 1968
Jupiter brightness temperature values and standard deviations from EHF radio telescopic observations
Arthur, E.↗
A variable interval width quadrature technique based on Romberg's method
Numerical integration or quadrature technique for evaluating Fourier integrals in theory of infinite cylindrical antenna
Miller, E. K.↗
On the relations between wind shears over various altitude intervals
Vector wind shears statistical analysis at various altitudes, using balloon sounding measurements
Adelfang, S. I.↗
Emission cross sections of CO by electron impact in the interval 1260-5000 A. I
Electron impact excited carbon monoxide and dioxide 1260-5000 A spectral emission, discussing cross sections of Cameron and fourth positive bands
Ajello, J. M.↗
Emission cross sections of CO2 by electron impact in the interval 1260-4500 A. II
Carbon dioxide spectral emission at 1260-4500 A from electron impact excitation, discussing cross sections and Mars atmosphere application
Ajello, J. M.↗
A comparison of reliability and conventional estimation of safe fatigue life and safe inspection intervals
Both the conventional and reliability analyses for determining safe fatigue life are predicted on a population having a specified (usually log normal) distribution of life to collapse under a fatigue test load. Under a random service load spectrum, random occurrences of load larger than the fatigue test load may confront and cause collapse of structures which are weakened, though not yet to the fatigue test load. These collapses are included in reliability but excluded in conventional analysis. The theory of risk determination by each method is given, and several reasonably typical examples have been worked out, in which it transpires that if one excludes collapse through exceedance of the uncracked strength, the reliability and conventional analyses gave virtually identical probabilities of failure or survival.
Hooke, F. H.↗
A revision of Jupiter brightness temperatures in the frequency interval 18.5-24.0 GHz /1968/.
Abstract missing.
Jones, D. E.↗
Fixed interval smoothing with discrete measurements.
Smoothing equations for a linear continuous dynamic system with linear discrete measurements, derived from the discrete results of Rauch, Tung, and Striebel (1965), (R-T-S), are used to extend, through recursive updating, the previously published results of Bryson and Frazier (1963), (B-F), and yield a modified Bryson and Frazier, (M-B-F), algorithm. A comparison of the (M-B-F) and (R-T-S) algorithms leads to the conclusion that the former is to be preferred because it entails less computation, less storage, and less instability. It is felt that the presented (M-B-F) smoothing algorithm is a practical mechanization and should be of value in smoothing discretely observed dynamic linear systems.
Bierman, G. J.↗
Geomagnetic cutoffs for cosmic-ray protons for seven energy intervals between 1.2 and 39 Mev.
Explore the source record for details and available documents.
Fanselow, J. L.↗
Programmable random interval generator
Random pulse generator can supply constant-amplitude randomly distributed pulses with average rate ranging from a few counts per second to more than one million counts per second. Generator requires no high-voltage power supply or any special thermal cooling apparatus. Device is uniquely versatile and provides wide dynamic range of operation.
Lindsey, R. S., Jr.↗