Results which were achieved by a seven-wavelength pyrometer last year are reported in this paper. These studies are directed toward the development of a method for determining the real surface temperature of thermal protection materials and for evaluating its emittance under varieties of reentry environment. A description of the data processing method and apparatus is also included
A multiwavelength technique was developed and applied to measure the temperatures of nongray surface...
Emittance as function of temperature for five ablative materials used as rocket engine liner
A new pyrometric technique for temperature measurement has been developed by processing the radiatio...
Variable wavelength pyrometer measurements on surface brightness temperature of glowing ablating mat...
A multiwavelength pyrometer possessing advantages over the one- and two-wavelength designs is descri...
Researchers at the NASA Glenn Research Center have developed a unique multiwavelength pyrometer for ...
This report documents the work performed by Physical Sciences Inc. (PSI), under contract to NASA JPL...
A NASA developed multiwavelength pyrometry technique for nongray surfaces was extended to also measu...
The surface temperatures of several pure ceramic materials (alumina, beryllia, magnesia, yittria and...
The use of a photographic pyrometer for nonintrusive measurement of high temperature surfaces in a w...
The design, construction and calibration of a computer-linked multicolor pyrometer is described. The...
Radiation heat equations and surface temperature measurements of opaque materials by optical and rat...
Experiments are in course of development at CIRA Laboratories for the experimental determination of ...
A high resolution pyrometer was developed and used to obtain temperature profiles of rotating turbin...
Temperature measurement of a substance that is transparent using the traditional 1-color, 2-color an...
A multiwavelength technique was developed and applied to measure the temperatures of nongray surface...
Emittance as function of temperature for five ablative materials used as rocket engine liner
A new pyrometric technique for temperature measurement has been developed by processing the radiatio...
Variable wavelength pyrometer measurements on surface brightness temperature of glowing ablating mat...
A multiwavelength pyrometer possessing advantages over the one- and two-wavelength designs is descri...
Researchers at the NASA Glenn Research Center have developed a unique multiwavelength pyrometer for ...
This report documents the work performed by Physical Sciences Inc. (PSI), under contract to NASA JPL...
A NASA developed multiwavelength pyrometry technique for nongray surfaces was extended to also measu...
The surface temperatures of several pure ceramic materials (alumina, beryllia, magnesia, yittria and...
The use of a photographic pyrometer for nonintrusive measurement of high temperature surfaces in a w...
The design, construction and calibration of a computer-linked multicolor pyrometer is described. The...
Radiation heat equations and surface temperature measurements of opaque materials by optical and rat...
Experiments are in course of development at CIRA Laboratories for the experimental determination of ...
A high resolution pyrometer was developed and used to obtain temperature profiles of rotating turbin...
Temperature measurement of a substance that is transparent using the traditional 1-color, 2-color an...
A multiwavelength technique was developed and applied to measure the temperatures of nongray surface...
Emittance as function of temperature for five ablative materials used as rocket engine liner
A new pyrometric technique for temperature measurement has been developed by processing the radiatio...