The calibrating and testing procedures for the radiometric emittance measurement apparatus are described. Test results are given for the NBS platinum-rhodium standard (SRM No. 1409), the NBS oxidized Kanthal standard, and the oxidized Rene 41 materials. Results indicate that with the platinum-rhodium standard the measurement system compared with the NBS data to within 0.02 for both total and spectral normal emitttance. Data from the Kanthal strip was consistently higher than NBS values. For oxidized Rene 41, no significant changes in as prepared emittance was observed. The emittance was stable for temperatures up to 1150 K
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
A new emissivity measurement device with inductive sample heating is described. The disc shaped samp...
An overview of the theory and techniques of radiometric thermometry is presented. The characteristic...
The development of a radiometric technique for determining the spectral and total normal emittance o...
The progress during the sixth quarterly period is reported on construction and assembly of a test fa...
Emittance measurement techniques for space shuttle materials in high temperature environmental simul...
International audienceIn this paper, the development of a new device for high temperature emissivity...
Thermal emittance of refractory metals, oxides, carbides, and titanates for determining materials fo...
Measurement techniques for determining emissions of satellite temperature control coatings or skin m...
Bibliography on emittance of high temperature materials including refractory materials, ceramics, ca...
Emittance tests were made on samples of Rene' 41, Haynes 188, and Inconel 625 superalloy metals in a...
An overview of activities at the National Institute of Standards and Terminology (NIST) in radiation...
Emissivity is an important parameter in calculating radiative cooling of a surface. In experiments a...
Temperature can be measured via emitted thermal radiation of the measured object using Max Planck’s ...
The author has identified the following significant results. From the theory of remote sensing of su...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
A new emissivity measurement device with inductive sample heating is described. The disc shaped samp...
An overview of the theory and techniques of radiometric thermometry is presented. The characteristic...
The development of a radiometric technique for determining the spectral and total normal emittance o...
The progress during the sixth quarterly period is reported on construction and assembly of a test fa...
Emittance measurement techniques for space shuttle materials in high temperature environmental simul...
International audienceIn this paper, the development of a new device for high temperature emissivity...
Thermal emittance of refractory metals, oxides, carbides, and titanates for determining materials fo...
Measurement techniques for determining emissions of satellite temperature control coatings or skin m...
Bibliography on emittance of high temperature materials including refractory materials, ceramics, ca...
Emittance tests were made on samples of Rene' 41, Haynes 188, and Inconel 625 superalloy metals in a...
An overview of activities at the National Institute of Standards and Terminology (NIST) in radiation...
Emissivity is an important parameter in calculating radiative cooling of a surface. In experiments a...
Temperature can be measured via emitted thermal radiation of the measured object using Max Planck’s ...
The author has identified the following significant results. From the theory of remote sensing of su...
One class of commercially available imaging infrared radiometers using cooled detectors is sensitive...
A new emissivity measurement device with inductive sample heating is described. The disc shaped samp...
An overview of the theory and techniques of radiometric thermometry is presented. The characteristic...