Method And Results For Developing A Device For Electro technological Treatment Of Apple Trees In Intensive Orchards

Authors

  • Ilhom Kholmirzayev Termez University of Engineering and Agrotechnology
  • Dostonbek Sheraliev Termez University of Engineering and Agrotechnology
  • Sobir Eshmurodov Termez University of Engineering and Agrotechnology
  • Jumanazar Qodirov Termez University of Engineering and Agrotechnology
  • Jahongir Esanov Termez University of Engineering and Agrotechnology
  • Abbosjon Kholiyorov Termez University of Engineering and Agrotechnology

DOI:

https://doi.org/10.62480/tjet.2026.vol56.pp20-27

Keywords:

Ultraviolet radiation, electrotechnology, aphid control

Abstract

This study presents the development and evaluation of an electrotechnological device for controlling aphids on apple trees in intensive orchards using UV-C radiation (253.7 nm). The research is based on an analysis of plant diseases, pest control methods, and electrophysical approaches. Field experiments showed that treatment efficiency depends on distance and exposure time. The highest efficacy (98.1%) was achieved at a 0.3 m distance with a double 20-minute treatment, while increasing the distance reduced effectiveness. Economic analysis demonstrated significant cost savings, with the UV-C method reducing expenses by 40,734,000 UZS over three years compared to chemical treatment. The device is simple, portable, energy-efficient, and environmentally safe, making it an effective alternative to chemical pest control.

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Published

2026-05-29

Issue

Vol. 56 (2026): TJET

Section

Articles

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How to Cite

Method And Results For Developing A Device For Electro technological Treatment Of Apple Trees In Intensive Orchards. (2026). Texas Journal of Engineering and Technology, 56, 20-27. https://doi.org/10.62480/tjet.2026.vol56.pp20-27