Spectral observations of the stars alpha CMa, gamma Ori, kappa Ori, and alpha Leo have been obtained in the range 1150 to 4000 Angstroms, using rocket borne spectrometers. The payloads have a 13-inch diameter telescope, a rotatable concave diffraction grating, and three pulse counting photomultiplier photometers. The laboratory standards used as photometric references derive their primary calibration directly or indirectly from the National Bureau of Standards. An error range of up to + or - 10 percent is attributed to these laboratory standards; + or - 8 percent to the calibration procedure; and + or - 10 percent is assigned as an accidental error range
The development of experimental setups and procedures is considered for calibrating photosensitive d...
The Ultraviolet Plume Instrument (UVPI) was launched aboard the Low-power Atmospheric Compensation E...
The machine-readable data file of The Absolute Calibration of Stellar Spectrophotometry as distribut...
Spectral observations of the stars Alpha Canis Majoris, Gamma Orionis, Kappa Orionis and Alpha Leoni...
The absolute flux measurements in the rocket ultraviolet made by Bohlin, Frimout, and Lillie (BFL) a...
The essential features of the calibration procedure can be divided into three parts. First, the shap...
Certain techniques and procedures are developed and evaluated for the ascertainment of the relative ...
Although relative ground based stellar photometry has been an established investigative technique fo...
Radiation in the wavelength interval 150-350 nm initiates chemical reactions in the lower mesosphere...
A rocket-borne Ebert spectrometer and telescope were used for analysis of the solar spectrum. The in...
A spectrophotometer for monitoring the solar EUV in three broad wavelength bands is described. The k...
The NASA Balloon-borne Ultraviolet Stellar Spectrometer (BUSS) which is carried to an altitude of 40...
The ultraviolet light coronagraph was developed and successfully flown on three rocket flights on 13...
The celescope instrumentation and data analysis system is described, the major problems encountered ...
Lyman alpha observations from the Ultraviolet Spectrometer Polarimeter (UVSP) instrument of the Sola...
The development of experimental setups and procedures is considered for calibrating photosensitive d...
The Ultraviolet Plume Instrument (UVPI) was launched aboard the Low-power Atmospheric Compensation E...
The machine-readable data file of The Absolute Calibration of Stellar Spectrophotometry as distribut...
Spectral observations of the stars Alpha Canis Majoris, Gamma Orionis, Kappa Orionis and Alpha Leoni...
The absolute flux measurements in the rocket ultraviolet made by Bohlin, Frimout, and Lillie (BFL) a...
The essential features of the calibration procedure can be divided into three parts. First, the shap...
Certain techniques and procedures are developed and evaluated for the ascertainment of the relative ...
Although relative ground based stellar photometry has been an established investigative technique fo...
Radiation in the wavelength interval 150-350 nm initiates chemical reactions in the lower mesosphere...
A rocket-borne Ebert spectrometer and telescope were used for analysis of the solar spectrum. The in...
A spectrophotometer for monitoring the solar EUV in three broad wavelength bands is described. The k...
The NASA Balloon-borne Ultraviolet Stellar Spectrometer (BUSS) which is carried to an altitude of 40...
The ultraviolet light coronagraph was developed and successfully flown on three rocket flights on 13...
The celescope instrumentation and data analysis system is described, the major problems encountered ...
Lyman alpha observations from the Ultraviolet Spectrometer Polarimeter (UVSP) instrument of the Sola...
The development of experimental setups and procedures is considered for calibrating photosensitive d...
The Ultraviolet Plume Instrument (UVPI) was launched aboard the Low-power Atmospheric Compensation E...
The machine-readable data file of The Absolute Calibration of Stellar Spectrophotometry as distribut...