Measurements made at high altitudes from aircraft have resulted in the establishment of standard values of the solar constant and extraterrestrial solar spectral irradiance. These standard values and other solar spectral curves are described. The problem of possible variations of the solar constant and solar spectrum and their influence on the earth-atmosphere system and weather related phenomena is examined. It is shown that the solar energy input parameters should be determined with considerably greater accuracy and precision than has been possible. An instrument package designed as a compact, low weight solar energy monitor in space (SEMIS) is described
Tabulated data on solar flux measurements are presented. The measurements, taken from balloons, rock...
An instrument was developed to continually integrate the energy available in incident light on a spe...
The classical radiometry for total solar irradiance (TSI) measurements is described using examples o...
The present status of knowledge of the total and spectral irradiance of the sun is briefly reviewed....
The variations in data received from rocket-borne and balloon-borne instruments are discussed. Indir...
Solar monitors on space platforms are discussed. Several experiments, utilizing different techniques...
The SOLSPEC experiment, planned for the Atmospheric Laboratory for Applications and Science (ATLAS 1...
A review of solar constant determinations and measurements of its spectral distribution is presented...
Two 1/8-meter Ebert-Fastie spectrometers were refurbished and upgraded in order to measure the solar...
The experiment for measuring the solar spectrum at different latitudes and altitudes was conducted t...
Sources of new measurements of the solar EUV, UV, and visible spectrum are presented together with d...
This instrument, at the present time in development, will fly on board Spacelab I in May 1983. Other...
The activity cavity radiometer irradiance monitor is supplying the first high precision data on sola...
Full disk solar spectral irradiances near solar maximum were obtained in the spectral range 1200 to ...
AbstractSolar energy is abundant and capable of providing much of our energy needs. It has several u...
Tabulated data on solar flux measurements are presented. The measurements, taken from balloons, rock...
An instrument was developed to continually integrate the energy available in incident light on a spe...
The classical radiometry for total solar irradiance (TSI) measurements is described using examples o...
The present status of knowledge of the total and spectral irradiance of the sun is briefly reviewed....
The variations in data received from rocket-borne and balloon-borne instruments are discussed. Indir...
Solar monitors on space platforms are discussed. Several experiments, utilizing different techniques...
The SOLSPEC experiment, planned for the Atmospheric Laboratory for Applications and Science (ATLAS 1...
A review of solar constant determinations and measurements of its spectral distribution is presented...
Two 1/8-meter Ebert-Fastie spectrometers were refurbished and upgraded in order to measure the solar...
The experiment for measuring the solar spectrum at different latitudes and altitudes was conducted t...
Sources of new measurements of the solar EUV, UV, and visible spectrum are presented together with d...
This instrument, at the present time in development, will fly on board Spacelab I in May 1983. Other...
The activity cavity radiometer irradiance monitor is supplying the first high precision data on sola...
Full disk solar spectral irradiances near solar maximum were obtained in the spectral range 1200 to ...
AbstractSolar energy is abundant and capable of providing much of our energy needs. It has several u...
Tabulated data on solar flux measurements are presented. The measurements, taken from balloons, rock...
An instrument was developed to continually integrate the energy available in incident light on a spe...
The classical radiometry for total solar irradiance (TSI) measurements is described using examples o...