Photodestruction of hydrogen molecules in H I regions.
Photodissociation of hydrogen molecules in H I regions of interstellar medium, evaluating lifetime and density
INTERSTELLAR GAS↗
Engineering topics
Stecher, T. P.
Publications and source records attributed to Stecher, T. P..
Wavelength dependence of interstellar polarization by graphite grains.
Far UV extinction curve and wavelength dependence of interstellar polarization by graphite grains
FAR ULTRAVIOLET↗
Interstellar molecule formation.
Interstellar molecule formation as result of chemical exchange reactions between atoms of interstellar gas and atoms chemically bound to interstellar grains
INTERSTELLAR MATERIAL↗
On the formation of graphite grains in cool stars
Graphite grain formation in cool stars examined on basis of molecular equilibrium data for stellar atmospheres
CRYSTAL GROWTH↗
Interstellar molecule formation
Interstellar molecule formation by chemical exchange reactions between interstellar gas atoms and atoms chemically bound to interstellar grains
MOLECULAR FORMING↗
On the interstellar H sub 2 abundance.
Interstellar molecular hydrogen abundance and possible source from giant stars
ELEMENT ABUNDANCE↗
On graphite and interstellar extinction.
Mie scattering calculation to support theory that interstellar extinction is caused by graphite particles
GRAPHITE↗
Interstellar extinction in the ultraviolet.
Interstellar extinction in UV by measurement of stellar energy distributions between 3000 and 1200 angstroms
INTERSTELLAR SPACE↗
The reflectivity of Jupiter in the ultraviolet.
Geometrical UV reflectivity of Jupiter in terms of Rayleigh scattering determined from objective-grating rocket spectrometer
RAYLEIGH SCATTERING↗
An observation of Jupiter in the ultraviolet.
Jupiter photoelectric spectral scan in UV REPRODUCED as geometric reflectivity vs wavelength, using Aerobee rocket
GEOMETRICAL OPTICS↗
The spectral energy distribution of the earth's ultraviolet night airglow.
Measurements from UV objective grating stellar spectrophotometers rocket flown to obtain stellar spectra
SPECTRAL ENERGY DISTRIBUTION↗
On graphite and interstellar extinction
Graphite particles and interstellar extinction
INTERSTELLAR MATERIAL↗
The reflectivity of Jupiter in the ultraviolet
Ultraviolet reflectivity of Jupiter from spectral scanning by Aerobee rocket spectrometers
ULTRAVIOLET REFLECTION↗
An observation of Jupiter in the ultraviolet.
Jupiter photoelectric spectral scan in UV REPRODUCED as geometric reflectivity vs wavelength, using Aerobee rocket
JUPITER ATMOSPHERE↗
OBSERVATIONAL ASTROPHYSICS FROM ROCKETS, STELLAR SPECTRA
Stellar spectra and ultraviolet auroral observations by aerobee rockets in the 1,300-1,800 angstrom region
ULTRAVIOLET SPECTROPHOTOMETRY↗
Observational astrophysics from rockets. stellar spectra
Ultraviolet aurora with north-south asymmetry and stellar spectra taken from aerobee rocket flight
ULTRAVIOLET LIGHT↗
CONTINUOUS ABSORPTION IN THE SOLAR ATMOSPHERE BY THE QUASI-H SUB 2 MOLECULE
Continuous absorption in solar atmosphere by quasi-hydrogen molecule
SOLAR ATMOSPHERE↗