A method is developed for estimating the mean and mean-square variation of the flux at an altitude arbitrarily chosen to represent the top of the atmosphere. When applied to practical satellite measurements, the method is shown to be optimum in that the estimated mean is unbiased and the mean square variation of the estimates converges to that of the true flux. Data from the Meteor-1 and -2 satellites support the essential assumptions and provide a quantitative indication of the performance that can be expected
A parameter estimation technique is presented to estimate the radiative flux distribution over the e...
The radiometric concepts are defined in order to consider various types of radiation balances and re...
Problems associated with the measurement of the Earth radiation balances are addressed. It is demons...
Evaluation of Nimbus satellite radiation measurements and heat balance charts of earth atmospher
Earth and solar radiation budget measurements were examined. Sensor calibration and measurement accu...
The instrumentation and data analysis methods applied to data from the Explorer 7, TIROS 2, 3, 4, an...
Techniques and instruments for interpretation of radiation data from meteorological satellite
Albedo and long wave radiation measured by Tiros IV satellite sensor to study radiation balanc
Global radiation balance of earth-atmosphere system obtained from Nimbus satellite dat
The annual and seasonal averaged Earth atmosphere radiation budgets derived from the most complete s...
Determination of the Earth radiaton budget and progress in measurement of the budget components and ...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
During the 1960's, radiation budget measurements from satellites have allowed quantitative study of ...
The radiation balance of the earth-atmosphere system and its components was computed from global mea...
The net radiation budget of the earth-atmosphere system can be obtained from satellite measurements ...
A parameter estimation technique is presented to estimate the radiative flux distribution over the e...
The radiometric concepts are defined in order to consider various types of radiation balances and re...
Problems associated with the measurement of the Earth radiation balances are addressed. It is demons...
Evaluation of Nimbus satellite radiation measurements and heat balance charts of earth atmospher
Earth and solar radiation budget measurements were examined. Sensor calibration and measurement accu...
The instrumentation and data analysis methods applied to data from the Explorer 7, TIROS 2, 3, 4, an...
Techniques and instruments for interpretation of radiation data from meteorological satellite
Albedo and long wave radiation measured by Tiros IV satellite sensor to study radiation balanc
Global radiation balance of earth-atmosphere system obtained from Nimbus satellite dat
The annual and seasonal averaged Earth atmosphere radiation budgets derived from the most complete s...
Determination of the Earth radiaton budget and progress in measurement of the budget components and ...
Data from 29 months of satellite radiation budget measurements, taken intermittently over the period...
During the 1960's, radiation budget measurements from satellites have allowed quantitative study of ...
The radiation balance of the earth-atmosphere system and its components was computed from global mea...
The net radiation budget of the earth-atmosphere system can be obtained from satellite measurements ...
A parameter estimation technique is presented to estimate the radiative flux distribution over the e...
The radiometric concepts are defined in order to consider various types of radiation balances and re...
Problems associated with the measurement of the Earth radiation balances are addressed. It is demons...