Extraterrestrial application of X-ray diffraction
Feasibility of applying X-ray diffraction to extraterrestrial exploration of lunar surface and earth-like planets
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Feasibility of applying X-ray diffraction to extraterrestrial exploration of lunar surface and earth-like planets
X-ray diffraction investigation of cohenite from Canyon Diablo meteorites and Odessa shock standards to determine shock-induced alterations in crystal character
Lunar rock petrography by X-ray diffraction system in soft-landed unmanned spacecraft
X-ray diffraction study of minerals from shocked iron meteorites
Higher order diffraction concept applied to computation of parallel-plate waveguide aperture radiation patterns
Polarization and absorption effects on Fraunhofer diffraction patterns of corner reflector
Low energy electron diffraction research of chemical interactions of gases with single crystal metal surfaces, and gas adsorption on nickel and tungsten surfaces
Edge diffraction from truncated parabolic and hyperbolic reflectors
Aperture reflection coefficient of parallel plate waveguide by wedge diffraction analysis
Electron diffraction patterns of olivine and enstatite as control study for Venus Fly Trap rocket experiments
Finite difference method to obtain numerical results on normal shock wave diffraction by sphere and subsequent transient flow
Calculated potential increase in solar cell array conversion efficiency with dispersion by diffraction grating
Interferometer producing focusing hologram diffraction grating, noting photograph of spectrum
Cohenite grains from iron meteorites studied by X-ray diffraction for establishing pressure scale, using solid state recrystallization
Diffraction of HF radio waves by ionospheric layer containing field-aligned inhomogeneities
Selected-area small angle electron diffraction using double-condenser electron microscope, noting high resolution power
Beam-shaping diffractive optical elements are used to create structured light patterns in fluid flows. Particle scattering results in detected signals that can be used to determine the particle size and velocity.
Diffractive optical elements fabricated on flat and non-flat substrates frequently act as dispersive elements in imaging spectrometers. We describe the design and electron-beam fabrication of blazed and computer-generated-hologram gratings for slit and tomographic imaging spectrometers.