Comet Bennett 1969 i - Narrow-band filter photometry 0.3 to 1.1 microns
Comet Bennett 1969i IR narrow band filter photometry
Johnson, T. V.↗
Engineering topics
Mccord, T. B.
Publications and source records attributed to Mccord, T. B..
Optical properties of mineral separates, glass, and anorthositic fragments from Apollo mare samples
Visible and near IR spectral reflectivity measurements of basalt separates, glass and anorthositic fragments from Apollo 12 mare samples
Adams, J. B.↗
Apollo 12 multispectral photography experiment
Apollo 12 multispectral lunar photography experiment using four camera configuration, verifying by ground photoelectric photometry
Billingsley, F. C.↗
Saturn's rings - Spectral reflectivity and compositional implications
Saturn rings spectral reflectivity measurement and compositional implications concerning water frosts and silicates
Johnson, T. V.↗
Lunar spectral reflectivity /0.30 to 2.50 microns/ and implications for remote mineralogical analysis
Lunar surface spectral reflectivity measured with ground based telescopes for remote mineralogical analysis
Johnson, T. V.↗
Galilean satellites - The spectral reflectivity 0.30-1.10 micron
Galilean satellites spectral reflectivity from photometric observations during Jupiter apparitions
Johnson, T. V.↗
Asteroid Vesta - Spectral reflectivity and compositional implications
Absorption bands in reflection spectra of various asteroids, comparing Vesta composition to meteorites and Apollo 11 samples
Adams, J. B.↗
Remote sensing of lunar surface mineralogy - Implications from visible and near-infrared reflectivity of Apollo 11 samples
Lunar rocks mineralogy and visible and near IR reflectivity, discussing depression in telescopic curve
Adams, J. B.↗
Mars - Interpretation of spectral reflectivity of light and dark regions.
Spectral reflectivity curves for Mars light and dark areas and seasonal changes of dark area simulated in laboratory
Adams, J. B.↗
Differences between proposed Apollo sites. I - Synthesis.
Spectral reflectivity and emissivity observations of proposed Apollo landing sites compared with other lunar localities and unmanned lunar probe data
Goetz, A. F. H.↗
Differences between proposed Apollo sites. II - Visible and infrared reflectivity evidence.
Visible and IR spectral reflectivity of Apollo lunar landing sites, attributing reflectivity differences to compositional and/or mineralogical differences
Johnson, T. V.↗
Relative spectral reflectivity 0.4-1 mu of selected areas of the lunar surface.
Relative IR spectral reflectivity of selected lunar surface areas measured using double beam photoelectric filter photometer
Johnson, T. V.↗
Color differences on the lunar surface.
Spectral reflectivity differences /color differences/ on lunar surface in visible region, indicating compositional difference origins
Mccord, T. B.↗
Comparison of the reflectivity and color of bright and dark regions on the surface of Mars.
Spectral reflectivity differences of selected dark and bright regions of Mars observed with double beam photometer
Mccord, T. B.↗
Spectral reflectivity of Mars.
Spectral reflectivity curves for bright and dark areas of Mars noting seasonal crossings
Adams, J. B.↗
Time dependence of lunar differential color.
Lunar surface spectral reflectivity variations with time, noting phase angle effects on color contrast
Mccord, T. B.↗
A double beam astronomical photometer.
Double beam photoelectric filter photometer for simultaneous measurements of two astronomical objects, noting variable atmospheric extinction errors reduction
Mccord, T. B.↗
Observational Study of Lunar Visible Emission
Observational study of lunar visible emission according to study of line depths
VISIBLE SPECTRUM↗