Fabrication of large diameter spheres by the ardeform process final report
Fabrication of large diameter spherical pressure vessels by stretch forming at cryogenic temperatures
CRYOGENIC TEMPERATURE↗
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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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Investigation of distances, motions and distribution of galaxies in a sphere with a radius of 15 megaparsecs
Classification, magnitude, relationship, spatial distribution, motion, and distances of galaxies
GALAXY↗
The slow motion of a sphere in a rotating, viscous fluid.
Uniform slow spherical body motion in constant velocity rotating viscous fluid, correcting Stokes drag formula
DRAG EFFECT↗
The slow motion of a sphere in a rotating, viscous fluid
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Childress, S.↗
Self excitation of a regular magnetic field in the presence of a two dimensional convection in a rotating gravitating sphere <o smobozbuzhdenii regulyarnogo magnitnogo polya pri dvumernoy konvektsii vo vrashchayemseya gravitiruyushchem share<
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Tverskoy, B. A.↗
Magnetohydrodynamic properties of a two-dimensional turbulence in a rotating sphere <magnitogidrodinamicheskiye svoystva dvumernoy turbulentnosti vo vrashchayushchemsya share<
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Tverskoy, B. A.↗
Device spot-laps spheres to very close tolerances
Device laps precise amounts of metal from high spots on a spherical body to correct minute surface imperfections. The device generates the lapped surface with reference to an existing true surface on the spherical workpiece. Lapping is performed by applying a rotary and oscillatory motion to the workpiece while the lapping tool is held on the workpiece high spot.
Avery, H. W.↗
An investigation of the aerodynamic characteristics of a 25 deg sphere-cone including a pressure distribution analysis at angles of attack, and a trajectory analysis during a typical reentry trajectory
Aerodynamic characteristics of reentry body - pressure distribution at angles of attack and trajectory analysis
TRAJECTORY ANALYSIS↗
An improved analysis of sphere transmission experiments for average capture cross sections
Monte Carlo and Bethe methods for calculating neutron cross sections with effective scattering cross sections
SCATTERING CROSS SECTION↗
Sphere behavior and the measurement of wind profiles
Spurious balloon behavior and measurement of wind profiles
BALLOON SOUNDING↗
Infrared optical characteristics of ice spheres
Normalized extinction cross section, asymmetry factor, and single-scattering albedo for spherical homogeneous ice particles in infrared region
LIGHT SCATTERING↗
Momentum transfer and cratering phenomena associated with the impact of aluminum spheres into thick aluminum targets at velocities to 24,000 feet per second.
Momentum transfer during impact, penetration depth, crater form and mass loss at various velocities, using spherical aluminum projectiles and aluminum targets
HYPERVELOCITY IMPACT↗
Electromagnetic scattering from absorbing spheres.
Computational scheme for calculation of Mie cross sections of absorbing particles
MIE SCATTERING FUNCTION↗
Radiant-interchange configuration factors for spherical and conical surfaces to spheres
Computer program for determining geometric configuration view factors for spherical and conical surfaces of spherical radiating bodies
Campbell, J. P.↗
Liquid reorientation in spheres by means of low-G accelerations
Drop tower investigation of liquid reorientation in spherical containers
Labus, T. L.↗
An integrating sphere spectroradiometer for solar simulator measurements
Spectroradiometer and technique for measuring spectral irradiance of solar simulators
Uguccini, O. W.↗
Proton and ultra-violet irradiation of the target sphere material on RAE-A in a system allowing for in-situ optical measurement
Test equipment for in-situ optical reflectance measurement of zinc titanate over Lexan target material on RAE-A satellite after proton and ultraviolet irradiation
Nicoletta, C. A.↗
Experiments on the pressure drop created by a sphere settling in a viscous liquid. II - Reynolds numbers from 0.2 to 21,000.
Pressure drop measurements created by spherical particle settling in viscous fluid for wide Reynolds number range
Brenner, H.↗