TECHNIQUES AND TECHNOLOGIES OF DIGGING POTATOES GROWN IN SMALL PLOTS
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Abstract
The article provides information on potato digging machines that are grown in small plots. Also, information on the justification of the parameters of potato digging machines is given.
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References
Karimov, A. (2023). Parameters justification of the improved potato digger. Innovative Development in Educational Activities, 2 (18), 256–263.
Mamatov F. M., Karimov A. A. Potato digger with latticed plowshares and
oscillating rods. E3S Web of Conferences, 2023. 401, P. 04029.
Karimov, A. (2023). THEORETICAL JUSTIFICATION OF THE PARAMETERS OF AN IMPROVED POTATO DIGGER. Innovatsion Texnologiyalar,51(03),135–141.Retrievedfrom https://ojs.qmii.uz/index.php/it/article/view/537
Karimov, A. (2023). PARAMETERS JUSTIFICATION OF THE IMPROVED
POTATO DIGGER. Innovative Development in Educational Activities, 2(18), 256–263. Retrieved from https://openidea.uz/index.php/idea/article/view/1655
Karimov A.A. Parameters of the working body of root crops // Prospects for the introduction of innovative technologies in the development of agriculture: International conference: – Fergana, 2021. –B.208-213. doi:10.47100/conferences.vlil.1335
Karimov, A. (2023). PARAMETERS JUSTIFICATION OF THE IMPROVED
POTATO DIGGER. Innovative Development in Educational Activities, 2(18), 256–263. Retrieved from https://openidea.uz/index.php/idea/article/view/1655
Karimov, A. (2021, July). PARAMETERS OF THE WORKING BODY OF ROOT CROPS. In Конференции.
Каримов , А. А., & Кичкинаев, М. А. у. (2023). ПРИСАДКА ДЛЯ МОТОРНЫЕ МАСЛА. Educational Research in Universal Sciences, 2(3), 1021–1024.Retrieved from http://erus.uz/index.php/er/article/view/2512.
Karimov , A. A., & Zikriyoyev , S. U. o‘g‘li. (2023). QARSHI SHAHRI
KO‘CHALARIDA HARAKAT XAVFSIZLIGINI ILMIY ASOSDA TADQIQ
QILISH. Innovative Development in Educational Activities, 2(22), 190–199.
Retrieved from https://openidea.uz/index.php/idea/article/view/1832
Karimov, A. A. (2023). INTELEKTUAL TIZIMLARNING HARAKAT XAVFSIZLIGIGA TA’SIRINING AHAMIYATI. Educational Research in Universal Sciences, 2(18), 181-184.
Gill, W. R., & Berg, G. E. V. (1967). Soil dynamics in tillage and traction (No. 316). Agricultural Research Service, US Department of Agriculture.
Roul, A. K., & Raheman, H. (2017). Draft Prediction of Commonly Used Tillage Implements for Sandy Clay Loam Soil in India.
Raheman, H., Sarkar, P. (2024). Moldboard Plow. In: Tillage Machinery—Passive, Active and Combination. Springer, Singapore. https://doi.org/10.1007/978-981-99-6331-7_2
Karimov, A. (2023). THEORETICAL JUSTIFICATION OF THE PARAMETERS OF AN IMPROVED POTATO DIGGER. Innovatsion Texnologiyalar , 51(03), 135–141. Retrieved from https://ojs.qmii.uz/index.php/it/article/view/537
Karimov, A. (2021, July). PARAMETERS OF THE WORKING BODY OF ROOT CROPS. In Конференции.
Karimov, A. (2023). PARAMETERS JUSTIFICATION OF THE IMPROVED POTATO DIGGER. Innovative Development in Educational Activities, 2(18), 256–263. Retrieved from https://openidea.uz/index.php/idea/article/view/1655
Бойназаров, У. Р., & Каримов, А. А. (2013). Влияние предварительного окисления на процесс азотирования. In СОВРЕМЕННЫЕ МАТЕРИАЛЫ, ТЕХНИКА И ТЕХНОЛОГИЯ (pp. 90-92).
Бойназаров, У. Р., & Каримов, А. А. (2013). ВЛИЯНИЕ ПРЕДВАРИТЕЛЬНОГО ОКИСЛЕНИЯ НА ПРОЦЕСС АЗОТИРОВАНИЯ Бойназаров Урол Равшанович, к. т. н., доцент, Каримов Акмал Акбарович, ассистент. Председатель организационного комитета-Куц Вадим Васильевич, 90.
Сиромятников, Ю. М. ЗАСМІЧЕНІСТЬ ПОСІВІВ ГАРБУЗА В ЗАЛЕЖНОСТІ ВІД СПОСОБУ ОБРОБІТКУ ҐРУНТУ.
Mamatov, F., Karimov, A., & Shodmonov, G. (2023). Study on the parameters of bars of the potato digger ploughshare. In E3S Web of Conferences (Vol. 434, p. 03012). EDP Sciences.
Ochilovich, S. Z., Abduganievich, D. N., Nematovich, S. S., & Sadirovich, S. N. (2021). EFFECT OF FORCES ON AIR CONVEYING DEVICES AND NETWORK ON COTTON SEED QUALITY. Galaxy International Interdisciplinary Research Journal, 9(12), 771-775.
Nematovich, S. S., Abduganievich, D. N., & Sadirovich, S. N. (2021). TECHNOLOGY OF PRODUCTION OF CERAMIC MATERIALS AND ITS VALUE TODAY. Galaxy International Interdisciplinary Research Journal, 9(12), 768-770.
Ochilovich, S. Z., Abdug’aniyevich, D. N., Ne’matovich, S. S., & Sadirovich, S. N. M. (2021). Methods Of Kinematic Study of Flat Base Mechanisms. Texas Journal of Multidisciplinary Studies, 3, 208-214.
Садир Нематович Шодиев1, Неъматжон Садирович Шодиев2. (2024). ТЕОРЕТИЧЕСКИЙ АНАЛИЗ ВЛИЯНИЯ ЗАБИВАЕМОСТИ ТРУБОК РАДИАТОРА НА ТЕПЛОВОЕ СОСТОЯНИЯ ДВИГАТЕЛЯ. Uz-Conferences, 1(1), 145–151. Retrieved from https://uz-conference.com/index.php/p/article/view/32
Usarov, Jabbor E; Eshnaev, Nortoji J; Khakimov, Jamshid O; Saidova, Dilobar I; Ikrom Sh Inoyatov; и другие. NeuroQuantology; Bornova Izmir Том 20, Изд. 16, (2022): 4614 - 4622. DOI:10.48047/NQ.2022.20.16.NQ880468 https://www.proquest.com/scholarly-journals/social-significance-creating-mechanism/docview/2816741596/se-2
Shodiev, Z. O., Inoyatov, I. S., & Shodiev, N. S. (2020). NATURAL PASTE AND ITS VALUE TODAY. In Эффективность применения инновационных технологий и техники в сельском и водном хозяйстве (pp. 198-200).
J.Sh.Fazliev., Sh.M.Tojiev., Sh.D.Khalikov. (2024). EFFICIENCY OF USE OF CLAY WATER WITH DROP IRRIGATION. Uz-Conferences, 1(1), 504–509. Retrieved from https://uz-conference.com/index.php/p/article/view/107
I.J.Xudayev, I.J.Xudayev, & Sh.M.Tojiyev. (2024). NAMLATGICH-BLOKLARDAN HOSIL QILINGAN EKRANLI EGATLARDAN G‘O‘ZANI SUG‘ORISH TEXNOLOGIYASI. Uz-Conferences, 1(1), 514–519. Retrieved from https://uz-conference.com/index.php/p/article/view/109
Fazliyev, Z. S., Shokhimardonova, N. S., Sobirov, F. T., Ravshanov, U. K., & Baratov, S. S. (2014). Technology of the drip irrigation use in gardens and vineyards. The Way of Science, 56.
Shodiyev Ne’matjon. (2024). INTEGRATIV YONDASHUV ASOSIDA UMUMKASBIY FANLARNI O‘QITISHNING ZAMONAVIY TEXNOLOGIYALARI. Uz-Conferences, 1(1), 945–950. Retrieved from https://uz-conference.com/index.php/p/article/view/195
Shodiyev Ne’matjon. (2024). TEXNIKA OLIY TA’LIM MUASSASALARIDA UMUMKASBIY FANLARNI AXBOROT TA’LIM MUHITIDA O‘QITISHNING MUHIM YO‘NALISHLARI. Uz-Conferences, 1(1), 938–944. Retrieved from https://uz-conference.com/index.php/p/article/view/194
Fazliyev, J. (2017). Drip irrigation technology in gardens. Интернаука. Science Journal, 7(11).
Фазлиев, Ж.Ш.(2017).Боғларда томчилатиб суғориш технологияси. Интернаука,(7-3),71-73.
Ikrom, I. (2023). KASBIY TAYYORGARLIKNING RIVOJLANISH DINAMIKASI BO’YICHA PEDAGOGIK TAJRIBA-SINOV ISHLARI NATIJALARINING TAHLILI. In Uz-Conferences (Vol. 1, No. 1, pp. 626-633).
Shaxrilloevich, I. I. (2023). DIDACTIC CONDITIONS FOR THE PREPARATION OF STUDENTS OF VOCATIONAL EDUCATION FOR PROFESSIONAL ACTIVITY BASED ON AN INNOVATIVE APPROACH. Academia Repository, 4(10), 142-145.
Саримсаков, М. М. (2023, May). СПОСОБЫ ПОЛИВА И УРОЖАЙНОСТЬ ИНТЕНСИВНЫХ ЯБЛОНЕВЫХ САДОВ. In INTERNATIONAL SCIENTIFIC RESEARCH CONFERENCE (Vol. 2, No. 14, pp. 173-175).
Фазлиев, Ж. Ш., & Шохимарданова, Н. Ш. (2024). БОҒЛАРНИ ТОМЧИЛАТИБ СУҒОРИШДА ТУПРОҚ-ГРУНТ НАМЛАНИШ КОНТУРИНИ АНИҚЛАШ УСЛУБИ. IMRAS, 7(2), 34-38.
Sadirovich, S. N. (2022). The Significance of Problem Situation Assignments in Teaching the Science of Machine Details. Central Asian Journal of Theoretical and Applied Science, 3(8), 30-32.
Shodiev, N. S. (2022). USE OF PEDAGOGICAL TECHNOLOGIES IN PREPARING ENGINEERING STUDENTS FOR PROJECT-CONSTRUCTION ACTIVITY. Экономика и социум, (10-2 (101)), 167-169.
AZ, S. Z. S. N. S. (2020). Analysis of the work on improving the design of dryers inside the ginning plants and the mode of drying.
Shodiyev Ziyodullo Ochilovich, & Shodiyev Nematjon Sadirovich. (2022). KINEMATIC STUDY OF FLAT BASE MECHANISMS. E Conference Zone, 61–69. Retrieved from https://www.econferencezone.org/index.php/ecz/article/view/888
Ochilovich, S. Z. (2020, September). Inoyatov Ikrom Shaxriloyevich, Shodiyev Ne'matjon Sadirovich. Tabiiy yaylovlar va uning bugungi kundagi ahamiyati. In Эффективность применение инновационных технологий и техники в сельском и водном хозяйстве» международная научно-практическая онлайн-конференция (pp. 25-26).
Shodiyev, Z. O., & Shodiyev, N. S. (2020). TO STUDY THE EFFECT OF THE MESH SURFACE ON THE SEED COTTON DURING THE SEPARATION OF COTTON FROM THE AIR STREAM. In Эффективность применения инновационных технологий и техники в сельском и водном хозяйстве (pp. 121-122).
Shodiyev, Z. O., & Shodiyev, N. S. (2020). KEY FACTORS FOR INCLUSION IN THE EXPERIMENTAL DESIGN IN THE СXM SEPARATOR AND THEIR IDENTIFICATION. In Эффективность применения инновационных технологий и техники в сельском и водном хозяйстве (pp. 119-121).
Musinovich, S. M. (2023, June). DRIP IRRIGATION INTENSIVE APPLE ORCHARDS AND SEASONAL WATER CONSUMPTION. In Proceedings of Scientific Conference on Multidisciplinary Studies (Vol. 2, No. 6, pp. 8-14).
Khamidov, M. K., Juraev, U. A., Buriev, X. B., Juraev, A. K., Saksonov, U. S., Sharifov, F. K., & Isabaev, K. T. (2023, February). Efficiency of drip irrigation technology of cotton in saline soils of Bukhara oasis. In IOP Conference Series: Earth and Environmental Science (Vol. 1138, No. 1, p. 012007). IOP Publishing.
Sharifov Firdavs, & Mirzamurotov Mirshod. (2024). G‘O‘ZA O‘SIMLIGINI YETISHTIRISHDA SUV TEJAMKOR SUG‘ORISH TEXNOLOGIYALARINI QO‘LLASH. Uz-Conferences, 1(1), 461–464. Retrieved from https://uz-conference.com/index.php/p/article/view/98
Sattorovich, S. U., & Qobil o‘g‘li, S. F. (2022). BUG ‘DOY O ‘SIMLIGI VA DONINING XALQ XO ‘JALIGIDA BUGUNGI KUNDAGI AHAMIYATI.
Xamrayev Kamol, Sharifov Firdavs, & Yusupova Oynura. (2024). TUPROQ SHO‘RINI YUVISHDA BIOSOLVENT BIRIKMASINI TUPROQ SUV-TUZ MUVOZANATIGA TA’SIRI. Uz-Conferences, 1(1), 458–460. Retrieved from https://uz-conference.com/index.php/p/article/view/97
Ismoil, K., Jamoliddin, F., & Giyos, H. (2020). Water supply equipment and technology for irrigation in difficult conditions of desert-steppe zones. Journal of critical reviews, 7(11), 3102-3106.
Худайев, И. Ж., Фазлиев, Ж., & Хамзаев, Г. (2020). ПОВЫШЕНИЕ ВОДООБЕСПЕЧЕННОСТИ ЗЕМЕЛЬ ЗА СЧЕТ ИСПОЛЬЗОВАНИЯ КОЛЛЕКТОРНО-ДРЕНАЖНЫХ ВОД. Universum: технические науки, (11-3 (80)), 5-7.
Фазлиев, Ж. Ш. (2023, October). ТОМЧИЛАТИБ СУҒОРИШ ТЕХНОЛОГИЯСИ ОРҚАЛИ СУҒОРИЛГАН ОЛМА БОҒЛАРИНИНГ ТУПРОҚ АГРОКИМЁВИЙ КЎРСАТГИЧЛАРИ. In Proceedings of International Conference on Educational Discoveries and Humanities (Vol. 2, No. 11, pp. 19-23).
Фазлиев, Ж., Тожиев, Ш., & Холиқов, Ш. (2023). СПОСОБЫ ЭКОНОМИИ ВОДНЫХ РЕСУРСОВ В САДАХ. In Uz-Conferences (Vol. 1, No. 1, pp. 520-525).
Xudayev, I. J., & Tojiyev, S. M. (2023). NAMLATGICH-BLOKLARDAN HOSIL QILINGAN EKRANLI EGATLARDAN G ‘O ‘ZANI SUG ‘ORISH TEXNOLOGIYASI. In Uz-Conferences (Vol. 1, No. 1, pp. 514-519).
Fazliev, J. S., Tojiev, S. M., & Khalikov, S. D. (2023). EFFICIENCY OF USE OF CLAY WATER WITH DROP IRRIGATION. In Uz-Conferences (Vol. 1, No. 1, pp. 504-509).
Fazliyev, J. (2017). Drip irrigation technology in gardens. Интернаука. Science Journal, 7(11).
Fazliеv, J., Khaitova, I., Atamurodov, B., Rustamova, K., Ravshanov, U., & Sharipova, M. (2019). Efficiency of applying the water-saving irrigation technologies in irrigated farming. Интернаука, 21(103 часть 3), 35.
Фазлиев, Ж. Ш., Хаитова, И. И., Атамуродов, Б. Н., Рустамова, К. Б., & Шарипова, М. С. (2019). ТОМЧИЛАТИБ СУҒОРИШ ТЕХНОЛОГИЯСИНИ БОҒЛАРДА ЖОРИЙ ҚИЛИШНИНГ САМАРАДОРЛИГИ. Интернаука, (21-3), 78-79.
Fazliyev, Z. S., Shokhimardonova, N. S., Sobirov, F. T., Ravshanov, U. K., & Baratov, S. S. (2014). Technology of the drip irrigation use in gardens and vineyards. The Way of Science, 56.
Худайев, И., Фазлиев, Ж., & Шаропов, Н. (2019). Капельное орошения-как водосберегающий способ орошения садов и виноградников. Школа Науки, (4), 17-18.