ANALYTICAL CHEMISTRY ZOL-GEL IS PRODUCED ON THE BASIS OF PROCESSES AMMONIA USES NANOMATERIALS CREATION OF SELECTIVE GAS SENSORS

Authors

  • Abdurakhmanov Ergash Prof. Chem. Sciences, Samarkand State University of Uzbekistan, Republic of Uzbekistan, Samarkand
  • Ilkhom Er. Abdurakhmanov Candidate of Science, Samarkand State University of Uzbekistan, Uzbekistan, Samarkand
  • Begimkulov Jorakul Nurillaevich Doctoral student, Samarkand State University of Uzbekistan, Uzbekistan, Samarkand
  • Ismoilov Eldor Khalilovich Doctoral student, Samarkand State University of Uzbekistan, Uzbekistan, Samarkand
  • Farrukh F. Kholmurzaev Doctoral student, Samarkand State University of Uzbekistan, Uzbekistan, Samarkand

Keywords:

semiconductor sensor, catalyst, selectivity, sensing elements, iron oxide, titanium oxide, ammonia, tetraethoxylane.

Abstract

Today, the use of selective methods and sensitive sensors is rapidly developing in industry, in solving environmental problems, especially in solving the problem of atmospheric air monitoring, which has arisen worldwide as a result of the rapid development of chemistry, oil and gas. chemistry. Semiconductor sensors (SPDs) are sensitive devices, and their main advantages are ease of use, small size, long working life, high accuracy and speed. Semiconductor gas sensors based on nanomaterials obtained using sol-gel processes, sol-gel technology for the manufacture of ammonia semiconductor sensors, and studies of the hydrolytic polycondensation of TEOS during the synthesis of gas-sensitive nanocomposite films have been studied.

References

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Published

2023-12-13

Issue

Vol. 1 No. 9 (2023): EJMTD

Section

Articles

License

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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.

How to Cite

ANALYTICAL CHEMISTRY ZOL-GEL IS PRODUCED ON THE BASIS OF PROCESSES AMMONIA USES NANOMATERIALS CREATION OF SELECTIVE GAS SENSORS. (2023). European Journal of Emerging Technology and Discoveries, 1(9), 24-31. https://europeanscience.org/index.php/1/article/view/341