A three-color pyrometer has been developed based on plenoptic imaging technology. Three bandpass filters placed in front of a camera lens allow separate 2D images to be obtained on a single image sensor at three different and adjustable wavelengths selected by the user. Images were obtained of different black- or grey-bodies including a calibration furnace, a radiation heater, and a luminous sulfur match flame. The images obtained of the calibration furnace and radiation heater were processed to determine 2D temperature distributions. Calibration results in the furnace showed that the instrument can measure temperature with an accuracy and precision of 10 Kelvins between 1100 and 1350 K. Time-resolved 2D temperature measurements of the radi...
Pyrometer is a favorite method to do remote temperature measurement in research and development. One...
This dissertation presents the development of three computer systems for multi-wavelength thermal im...
Among the different temperature measurement techniques providing micrometer resolution none of them ...
The program goals are to design, construct, and program a prototype imaging pyrometer capable of mea...
The program goals were to design, construct, and program a prototype passive imaging pyrometer capab...
The design, construction and calibration of a computer-linked multicolor pyrometer is described. The...
A multiwavelength pyrometer was developed for applications unique to aerospace environments. It was ...
Researchers at the NASA Glenn Research Center have developed a unique multiwavelength pyrometer for ...
A multiwavelength pyrometer possessing advantages over the one- and two-wavelength designs is descri...
A Multi-Wavelength Imaging Pyrometer (M-WIP) for real-time remote sensing of temperature profiles of...
The laser aided manufacturing process is a process in which parts are built by adding material into ...
For high temperature materials such as thermal protection systems for re-entry vehicles or combustio...
Due to the variety of burner structure and fuel mixing, the flame temperature distribution is not on...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
This work presents a simple and inexpensive technique for non-contact industrial temperature measure...
Pyrometer is a favorite method to do remote temperature measurement in research and development. One...
This dissertation presents the development of three computer systems for multi-wavelength thermal im...
Among the different temperature measurement techniques providing micrometer resolution none of them ...
The program goals are to design, construct, and program a prototype imaging pyrometer capable of mea...
The program goals were to design, construct, and program a prototype passive imaging pyrometer capab...
The design, construction and calibration of a computer-linked multicolor pyrometer is described. The...
A multiwavelength pyrometer was developed for applications unique to aerospace environments. It was ...
Researchers at the NASA Glenn Research Center have developed a unique multiwavelength pyrometer for ...
A multiwavelength pyrometer possessing advantages over the one- and two-wavelength designs is descri...
A Multi-Wavelength Imaging Pyrometer (M-WIP) for real-time remote sensing of temperature profiles of...
The laser aided manufacturing process is a process in which parts are built by adding material into ...
For high temperature materials such as thermal protection systems for re-entry vehicles or combustio...
Due to the variety of burner structure and fuel mixing, the flame temperature distribution is not on...
There is no theoretical upper temperature limit for pyrometer application in temperature measurement...
This work presents a simple and inexpensive technique for non-contact industrial temperature measure...
Pyrometer is a favorite method to do remote temperature measurement in research and development. One...
This dissertation presents the development of three computer systems for multi-wavelength thermal im...
Among the different temperature measurement techniques providing micrometer resolution none of them ...