DIELEKTRIK HALQAGA O‘RALADIGAN POTENSIAL ELEKTROD DIAMETRINI ANIQLASH USULI VA NATIJASI
Keywords:
sorting, electric field, working organ, metal ring, dielectric ring, fraction, receiving hopper, hairless cotton seed, potential electrodeAbstract
The article presents the development of the working organ of an electromechanical device separates hairless cotton seeds to obtain high-quality seeds with similar biological properties, as well as the results of determining its structural dimensions and operating modes. Analysis of the study results showed that for the maximum effect of the electric field on the seeds reaching the surface of the device’s working organ, the diameter of the potential electrode should be around 6 mm.References
1. Холов А., Мазо В., Шишкин Е. Улучшить посевные качества семян // Хлопководство. – Москва, 1986. – № 6. – С. 28-29.
2. Хармац Д.Е., Тўйчиев В.Х. Сортировщик опушенных семян хлопчатника СПС. – Ташкент: “Фан”, 1993. – 8 с.
3. Otaxonova Sh. Elektromexanik saralash qurilmasining prinsipial sxemasi va ishlash prinsipi//“Ilm-fan muammolari tadqiqotchilar talqinida” mavzusidagi Respublika ilmiy konferensiyasi materiallari. – Farg‘ona, 2025. – B 32-36.
4. Тарушкин В.И., Ниязкулов А.А. Электросепарация семян в хлопководстве // Труды ТИИИМСХ. – Ташкент, 1985. – С. 123-126.
5. Qurbonboyeva D.E. Otaxonova Sh.N., Aydarov Sh.G. Tuksiz chigitlarni elektromexanik qurilmada saralash jarayoniga ta’sir etuvchi parametrlar // “Yuqori samarali qishloq xo‘jalik mashinalarini yaratish va texnika vositalaridan foydalanish darajasini oshirishning innovatsion yechimlari” mavzusidagi Xalqaro ilmiy-amaliy konferensiya to‘plami. – Gulbahor, 2024. – B. 524-527.
6. Otaxonova Sh.N. Method and results of determining the operating mode of an electromechanical sorting device // American journal of education and learning. – Volume:3. ̶ Issue 10, 2025. – P 741-745.
7. Aydarov Sh.G., Otaxonova Sh.N. Elektromexanik usulda saralaydigan qurilmada tuksiz chigitlarni saralash // FIJESH. − Vol.11. − № 7. – Finlandiya, 2023. –B 143-147.
8. Otaxonova Sh.N. Potensial elektrod o‘raladigan dielektrik halqaning qalinligini aniqlash usuli// Qurilish va ta’lim ilmiy jurnali. ̶ Maxsus son. ̶ Namangan, 2025. ̶ № 2. ̶ B. 451-454.
9. Вединяпин Г. Общая методика экспериментальных исследований и обработка опытных данных. – М.: Колос, 1973. – 199 с.
10. Лакин Г.Ф. Биометрия. – М.: Высшая школа, 1980. – 293 с.
2. Хармац Д.Е., Тўйчиев В.Х. Сортировщик опушенных семян хлопчатника СПС. – Ташкент: “Фан”, 1993. – 8 с.
3. Otaxonova Sh. Elektromexanik saralash qurilmasining prinsipial sxemasi va ishlash prinsipi//“Ilm-fan muammolari tadqiqotchilar talqinida” mavzusidagi Respublika ilmiy konferensiyasi materiallari. – Farg‘ona, 2025. – B 32-36.
4. Тарушкин В.И., Ниязкулов А.А. Электросепарация семян в хлопководстве // Труды ТИИИМСХ. – Ташкент, 1985. – С. 123-126.
5. Qurbonboyeva D.E. Otaxonova Sh.N., Aydarov Sh.G. Tuksiz chigitlarni elektromexanik qurilmada saralash jarayoniga ta’sir etuvchi parametrlar // “Yuqori samarali qishloq xo‘jalik mashinalarini yaratish va texnika vositalaridan foydalanish darajasini oshirishning innovatsion yechimlari” mavzusidagi Xalqaro ilmiy-amaliy konferensiya to‘plami. – Gulbahor, 2024. – B. 524-527.
6. Otaxonova Sh.N. Method and results of determining the operating mode of an electromechanical sorting device // American journal of education and learning. – Volume:3. ̶ Issue 10, 2025. – P 741-745.
7. Aydarov Sh.G., Otaxonova Sh.N. Elektromexanik usulda saralaydigan qurilmada tuksiz chigitlarni saralash // FIJESH. − Vol.11. − № 7. – Finlandiya, 2023. –B 143-147.
8. Otaxonova Sh.N. Potensial elektrod o‘raladigan dielektrik halqaning qalinligini aniqlash usuli// Qurilish va ta’lim ilmiy jurnali. ̶ Maxsus son. ̶ Namangan, 2025. ̶ № 2. ̶ B. 451-454.
9. Вединяпин Г. Общая методика экспериментальных исследований и обработка опытных данных. – М.: Колос, 1973. – 199 с.
10. Лакин Г.Ф. Биометрия. – М.: Высшая школа, 1980. – 293 с.
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2025-12-29
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