Sensor For Measuring The Temperature And Humidity Of Solid And Fluid Mineral Materials

Authors

  • Israilov Fakhriddin Muradkasimovich Associate professor Dzhizak Polytechnic Institute

Keywords:

Humidity, absolute humidity, relative humidity, humidity of gases

Abstract

The amount of moisture a mineral can absorb depends on the shape, size, and location of the capillaries, as well as the water's affinity for the mineral. The different binding of moisture to the mineral matter affects its physical characteristics in different ways, and it is difficult to determine this binding. Therefore, measuring the moisture content of solid and dispersible mineral substances is difficult and leads to inadequate graded characteristics.

References

Egamberdiev B.E., Sadi Sh.Kh. A. Israilov F.M. (2021). Elektronno-spectroscopicheskie issledovaniya epitaxialnyx plenok CoSi2 NA KREMNII. Journal Fiziko-mathematicheskie nauki, 2(1).

Muradkosimovich I. F., Ganisherovich B. A. i Sunnatievich A. B. (2021). The method of defining the standard error is measured. International engineering journal research and development, 6 (ICDSIIL), 5-5.

Egamberdiev B., Israilov F. I Rakhmatullaev K. (2020). Datchiki vlajnosti na osnove komikpozitsionnogo materiala s nanozmermernymi strukturami. Evraziysky zurnal poluprovodnikovoy nauki i tekhniki, 2(3), 36.

Israilov F. M. Datchiki vlajnosti na osnove kompozitsionnogo materiala s nanorazmernymi strukturami //international scientific conference "innovative trends in science, practice and education". - 2023. - p. 2. – no. 2. - p. 81-88.

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Published

2023-04-26

Issue

Vol. 19 (2023): TJET

Section

Articles

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How to Cite

Sensor For Measuring The Temperature And Humidity Of Solid And Fluid Mineral Materials. (2023). Texas Journal of Engineering and Technology, 19, 52-55. https://zienjournals.com/index.php/tjet/article/view/3833