Registration Number
0221U104983,
0120U103787
, R & D reports
Title
Development of the method and creation of equipment for contactless temperature control of micro and macro objects in high-temperature technological processes. Section 2. Development and manufacturing of optical apparatus units
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Head
Venger Yevgen F., Доктор фізико-математичних наук
Registration Date
06-05-2021
Organization
VE Lashkarev Institute of Semiconductor Physics of the National Academy of Sciences of Ukraine
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The algorithm for determining the temperature in a heated high temperature chamber is substantiated. It has been shown that the method of color pyrometry, known as the spectral ratio method, should be used to determine the temperature of an object. The main advantage of this method is the independence of the measured temperature from the coefficient of radiative capacity of the body surface. For the practical implementation of the process of measuring the temperature in a high-temperature chamber for the purification of natural graphite, modernized and adapted small-sized spectrophotometer S100 based on the CCD line TCD 1304 AP, manufactured by Toshiba. A special lens coupled with optical fiber has been developed and manufactured. A method for calculating the calibration curves of a spectrophotometer using the Mathcad package has been developed. The spectra of thermal radiation from the working chamber of a high-temperature installation with an electrothermal fluidized bed are obtained. The results can be used in energy obtaining, by obtaining high-tech materials, by research.
Product Description
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Kyslyi Volodymyr P.
Liptuga Anatolii I.
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2021-05-06
