ENHANCING THE MEASUREMENT ACCURACY OF THERMOSTATS AND DRYING CABINETS.

Gaibnazarov Boburjon Usmonjon ugli

Tashkent State Technical University named after Islam Karimov, PhD student

Keywords: Keywords: metrology, thermostat, drying cabinets, calibration, temperature control, standardization, sensors, uncertainty, improvement, normative documents.

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Abstract

Abstract: This thesis is dedicated to enhancing the metrological control of thermostats and drying cabinets. Based on an analysis of existing standards (GOST, ISO, O‘zDSt), shortcomings were identified, and new methods (multi-point calibration, digital sensors) were developed. The scientific novelty lies in the normative projects and IoT integration. The practical significance is in increasing measurement accuracy and ensuring safety.

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References

1. Fridman, A. E. Quality of Measurements: Metrological Source. Springer, 2012.

2. Metrology and Guidelines Manual. Springer, 2022.

3. Reference Book on Measurement and Technology: Materials from the Third International Scientific Conference. Springer, 2020.

4. Reference Book on Measurement and Technology: Materials from the Fourth International Scientific Conference. Springer, 2022.

5. Latyshenko, K. P. Technical Measurements and Instruments. Textbook, 2nd ed., 2020.

6. EURAMET/cg-20. Calibration of Temperature and Humidity Controlled Environments. 2010.

7. DKD-R 5-7. Calibration of Climate Chambers. 2020.