efficient use of pyrometric methods of measurement in the production of construction materials
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ID: 219363
2012
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Abstract
The authors argue that the use of pyrometers can be recommended for a limited number of
tasks. The method of spectral brightness conversion proposed by the authors serves as the founding
principle of a universal measuring device that has a low rate of errors. This method is effective
at different wavelengths.
The number of errors is reduced two-fold: first, the number of instrument-related errors is
reduced through increasing the sensitivity of the pyrometer and identifi cation of the finest pyrometry
ratio. Second, the authors suggest using, at least, three effective wavelengths to register the
spectral brightness. Moreover, the authors believe that the reduction of the systematic error of the
measured optical transition temperature designated for the derivation of its genuine values requires
the right choice of an effective wavelength so that the equivalent wavelength of the double spectral
ratio became infinitely big. This methodology makes it possible to derive an independent pyrometry
equation to identify unknown emissivity factors within three wavelengths. Thus, the pyrometric system
does not only take different temperature measurements, but also serves for the simultaneous
determination of monochromatic emissive power in the online mode, which is essential for the purposes
of taking measurements in the course of production of construction materials.
| Reference Key |
ivanovich2012vestnikefficient
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|---|---|
| Authors | ;Samsonov Aleksey Ivanovich;Samsonov Ilya Alekseevich |
| Journal | PsyCh journal |
| Year | 2012 |
| DOI |
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