February 1988.FIRE series no. 5.Includes bibliographical references.Eppley Laboratory Inc. model PIR pyrgeometers and model PSP pyranometers have built in temperature compensation circuitry designed to limit relative errors in the measurement of radiation to + /- 2% for a temperature range of -20 C to +40 C. A procedure developed to verify this specification and to determine the relative sensitivity to temperatures below -20 C is described . Results of this calibration and application to data correction are also presented.Sponsored by the National Science Foundation and National Aeronautics & Space Administration
The gain of the North-Georgia Radio Telescope (NERT) receiver is sensitive to changes in the receive...
Techniques for improving the relative accuracy of longwave radiation measurements by a set of pyrgeo...
Radiation heat equations and surface temperature measurements of opaque materials by optical and rat...
Broadband radiometers manufactured by Eppley Laboratories Inc. are commonly used to measure irradian...
Calibrations of Atmospheric Radiation Measurement (ARM) broadband radiometers occur on an annual sch...
March 1976.Includes bibliographical references (page 45).Part I. Analysis of simutaneous data -- par...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
Current process of calibrating radiation thermometers, including thermal imagers, relies on measurem...
Measurements made with a pyrometer are vulnerable to errors if the pyrometer is misaligned, inaccura...
Eppley pyranometers are employed to measure the up- and downwelling short wavelength radiation fluxe...
A comparison study was conducted to evaluate limitations of several atmospheric calibration techniqu...
Pyrometers are commonly used for high temperature measurement, but their accuracy is often limited b...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...
Radiometer-pyrometer measures the spectral absorption, emission, and temperature of gases. The major...
The gain of the North-Georgia Radio Telescope (NERT) receiver is sensitive to changes in the receive...
Techniques for improving the relative accuracy of longwave radiation measurements by a set of pyrgeo...
Radiation heat equations and surface temperature measurements of opaque materials by optical and rat...
Broadband radiometers manufactured by Eppley Laboratories Inc. are commonly used to measure irradian...
Calibrations of Atmospheric Radiation Measurement (ARM) broadband radiometers occur on an annual sch...
March 1976.Includes bibliographical references (page 45).Part I. Analysis of simutaneous data -- par...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
Current process of calibrating radiation thermometers, including thermal imagers, relies on measurem...
Measurements made with a pyrometer are vulnerable to errors if the pyrometer is misaligned, inaccura...
Eppley pyranometers are employed to measure the up- and downwelling short wavelength radiation fluxe...
A comparison study was conducted to evaluate limitations of several atmospheric calibration techniqu...
Pyrometers are commonly used for high temperature measurement, but their accuracy is often limited b...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...
Radiometer-pyrometer measures the spectral absorption, emission, and temperature of gases. The major...
The gain of the North-Georgia Radio Telescope (NERT) receiver is sensitive to changes in the receive...
Techniques for improving the relative accuracy of longwave radiation measurements by a set of pyrgeo...
Radiation heat equations and surface temperature measurements of opaque materials by optical and rat...