The design and construction of a far-infrared spectrometer for the spectral region of 30-1600 microns
Far infrared spectrometer for region from 30 to 1600 microns - design and construction
Capell, A. J.↗
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Two-micron sky survey - A preliminary catalog
Two-micron sky survey catalog of celestial objects
Leighton, R. B.↗
Estimate of the temperature rise of micron- sized silver particles in the electron microscope due to electron-beam heating.
Temperature rise of micron sized silver particles on carbon film due to electron beam heating, setting up heat balance equation
Ansell, G. S.↗
Upper limits to the micron and submicron particle flux at satellite altitudes.
Micron and submicron particle cumulative flux upper limits in satellite micrometeoroid environment of Gemini 12
Brownlee, D. E.↗
Detection of the 12.8-micron Ne super plus emission line from the planetary nebula IC 418.
Detection of micron Ne emission line from planetary nebula IC 418 using IR spectrometer
Gillett, F. C.↗
Far-infrared observation of the galactic-center region at 100 microns.
Far IR source in galactic center detected at 100 microns, noting thermal emission of interstellar dust grains as possible mechanism
Frederick, C. L.↗
Infrared observations of eta Carinae to 20 microns.
IR observations of ETA Carinae to 20 microns, noting continued increase in flux density into IR
Neugebauer, G.↗
The 2.8-14-micron spectrum of Jupiter.
Jupiter spectrum observations in 2.8-14 micron range, describing absorption strength and brightness temperature, basing analysis on ammonia, methane and hydrogen absorption
Gillett, F. C.↗
High sensitivity infrared 10.6 micron heterodyne HgCdTe receiver development, phase one Design report
Design of infrared micron quantum noise limited heterodyne receiver
Source record↗
Investigation of the Technical Micronics Control /TMC/ Process for Electropolishing Various Metals
Technical micronics control process for electropolishing metals and alloys
Lowery, J. R.↗
Study for Advanced Development of 15-micron /hg,cd/te Detectors
Studying 1/f noise to develop 15-micron /Hg,Cd/Te detectors
Halpert, H.↗
Aerial 8-14 micron imagery applied to mapping thermal effect mixing boundaries
Aerial 8-14 micron imagery applied to mapping thermal effect mixing boundaries within industrial coolant waters
Foster, N. G.↗
Observations of localized 5-micron radiation from Jupiter.
Local thermal emission from Jupiter at 5 microns, discussing North Equatorial Belt and atmospheric transparency
Westphal, J. A.↗
Infrared absorptions near three microns recorded over the polar cap of Mars.
IR spectrometer on Mariner 7 Mars flyby recording sharp absorption near 3 microns at Martian southern polar cap
Herr, K. C.↗
Observations of the 5 micron source in Orion
Nonstellar 5 micron source in Orion nebula, noting intensity nonvariance and energy distribution calculation of temperature
Lee, T. A.↗
Absorption coefficient, transition probability, and collision-broadening frequency of dimethylether at He-Xe laser 3.51-micron wavelength
Absorptivity, transition probability and collision broadening frequency of dimethylether at 3.51 micron He-Xe laser wavelength, noting pressure dependence, transition lifetime and saturation intensity
Siegman, A. E.↗
Spectral absorptivity variation of the 2.7-micron water vapor band at high temperatures
Spectral absorption of 2.7 micron water vapor band under various high temperature and pressure conditions, using black body radiation
Giedt, W. H.↗
Extension of laser harmonic-frequency mixing into the 5-micron regions
Frequency measurement extension to 5 micron region by IR laser harmonic frequency mixing in point contact diode as multiplier chain
Javan, A.↗