Broadband radiometers manufactured by Eppley Laboratories Inc. are commonly used to measure irradiance from both ground-based and aircraft platforms. Namely, the pyranometer (Model PSP) measures irradiance in the .3 to 3.0 micron spectral region while the pyrgeometer (Model PIR) senses energy in the 4 to 50 micron region. The two instruments have a similar thermopile construction but different filters to achieve the appropriate spectral selection. During the fall of 1986, the First ISCCP (International Satellite Cloud Climatology Project) Regional Experiment (FIRE) commenced with the first cirrus Intensive Field Observation (IFO) conducted in Central Wisconsin. Due to the nature of this field project, pyranometers and pyrgeometers manufactu...
A prototypical radiometer using standard one inch interference filters and a lead selenide detector ...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
In this paper, we address the assessment of the tropospheric performance of a new temperature radiom...
February 1988.FIRE series no. 5.Includes bibliographical references.Eppley Laboratory Inc. model PIR...
Calibrations of Atmospheric Radiation Measurement (ARM) broadband radiometers occur on an annual sch...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
Eppley pyranometers are employed to measure the up- and downwelling short wavelength radiation fluxe...
The use of a photographic pyrometer for nonintrusive measurement of high temperature surfaces in a w...
Pyrometer is a favorite method to do remote temperature measurement in research and development. One...
A new type of pyrgeometer, which uses modulation of the atmospheric radiation by a mechanical choppe...
Radiometer-pyrometer measures the spectral absorption, emission, and temperature of gases. The major...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...
Measurements made with a pyrometer are vulnerable to errors if the pyrometer is misaligned, inaccura...
A high resolution pyrometer was developed and used to obtain temperature profiles of rotating turbin...
Current process of calibrating radiation thermometers, including thermal imagers, relies on measurem...
A prototypical radiometer using standard one inch interference filters and a lead selenide detector ...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
In this paper, we address the assessment of the tropospheric performance of a new temperature radiom...
February 1988.FIRE series no. 5.Includes bibliographical references.Eppley Laboratory Inc. model PIR...
Calibrations of Atmospheric Radiation Measurement (ARM) broadband radiometers occur on an annual sch...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
Eppley pyranometers are employed to measure the up- and downwelling short wavelength radiation fluxe...
The use of a photographic pyrometer for nonintrusive measurement of high temperature surfaces in a w...
Pyrometer is a favorite method to do remote temperature measurement in research and development. One...
A new type of pyrgeometer, which uses modulation of the atmospheric radiation by a mechanical choppe...
Radiometer-pyrometer measures the spectral absorption, emission, and temperature of gases. The major...
An infrared radiometer is described which was developed to measure temperature rises of wind tunnel ...
Measurements made with a pyrometer are vulnerable to errors if the pyrometer is misaligned, inaccura...
A high resolution pyrometer was developed and used to obtain temperature profiles of rotating turbin...
Current process of calibrating radiation thermometers, including thermal imagers, relies on measurem...
A prototypical radiometer using standard one inch interference filters and a lead selenide detector ...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
In this paper, we address the assessment of the tropospheric performance of a new temperature radiom...