Generation of a plasma in a magnetic mirror geometry
Electron bombardment technique using thermally emitting cathode to produce plasma in magnetic mirror geometry
THERMAL EMISSION↗
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Results for “Geometry”
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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Radiation geometry factor between the earth and a satellite
Geometry factors for solving thermal problems of satellites, and related computer procedure
GEOMETRIC FACTOR↗
Image dissector aperture geometries and scan patterns for use in star tracker systems
Image dissector aperture geometries and scan patterns for use in star tracker systems
APERTURE↗
A space radiation shielding code for realistic vehicle geometries
Space radiation shielding code for spacecraft geometry
SPACE RADIATION↗
Band absorption laws, gas body geometries and the mean beam length.
Mean beam length with respect to band absorption laws and gas body geometries
GAS SPECTROSCOPY↗
On elastic behaviour of fibre reinforced materials of arbitrary transverse phase geometry.
Bounds for plane strain bulk modulus and shear moduli of multiphase fiber reinforced materials of arbitrary transverse phase geometry
BULK MODULUS↗
Electron microscope method for measuring diffraction grating groove geometry.
Electron microscope method for measuring diffraction grating groove geometry in conjunction with fiber shadowing
ELECTRON MICROSCOPE↗
Geometry of the magnetospheric tail and auroral current systems.
Geometry of Earth magnetospheric tail and auroral electrojet current system and motions of low energy plasma
AURORAL ELECTROJET↗
Correlation of interplanetary geometry with propulsion requirements for optimal low-thrust missions
Correlation of interplanetary geometry with propulsion requirements for optimal low-thrust missions
INTERPLANETARY TRAJECTORY↗
Geomagnetic geometry tables
Geomagnetic field geometry tables for trapped radiation and particles using scalar magnetic field intensity, invariant polar coordinants, and dipole moment
GEOMAGNETIC FIELD↗
Optimization of Slosh Baffle Geometry
This paper describes a method for determining the optimum baffle configuration for suppressing excessive propellant sloshing in the tanks of a large launch vehicle. The optimum geometry for a baffle system is considered to be the one with the least mass which is capable of providing the necessary damping. The analysis considers a cylindrical tank and a baffle system made up of several flat ring baffles mounted horizontally. The basic assumptions are discussed and derivations given of the equations necessary to predict the optimum baffle configuration consistent with adequate strength. Numerical results are presented graphically, and some general conclusions are drawn.
OPTIMIZATION↗
Studies of reaction geometry in oxidation and reduction of the alkaline silver electrode
Reaction geometry in oxidation and reduction of alkaline silver electrode
REDUCTION↗
ATHENA - A system of Fortran programs for radiation transport and heating calculations in complex reactor geometries Final report
Computer programs for solving neutron and gamma transport and gamma heating problems in three- dimensional geometries
NEUTRON↗
Subsonic Aerodynamic Characteristics of Pyramidal Re-entry Shapes Incorporating Variable Geometry
Aerodynamic characteristics of pyramidal reentry shapes with variable geometry, at subsonic speeds
REENTRY BODY↗
Supersonic investigation of effects of configuration geometry on pressure-coefficient and section normal-force-coefficient distributions for a two-stage launch vehicle
Supersonic study of configuration geometry effects on pressure-coefficient and section normal-force- coefficient distributions for two-stage launch vehicle
SUPERSONIC PRESSURE DISTRIBUTION↗
Flow and pressure field analysis of parallel groove geometry for an incompressible fluid with convective inertia effects
Flow and pressure field analysis of parallel groove geometry for incompressible fluid with convective inertia effects
INCOMPRESSIBLE FLUID↗
Geometry of backscattering surfaces as applied to the moon
Relationship between photometric data and geometry of backscattering surfaces of moon
GEOMETRIC FACTOR↗
A study of the interactions of magnetic materials using coupled films with a closed flux geometry, April 1965 - July 1966
Interactions of magnetic materials using coupled films with closed flux geometry for use in magnetic memories
THIN FILM↗