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Information × Registration Number 0225U004488, (0123U100463) , R & D reports Title Development of intelligent means of flow determination of agrophysical parameters of the soil in sugar beet growing technologies popup.stage_title Розроблення інтелектуальних засобів потокового визначення агрофізичних показників грунту в технологіях вирощування буряків цукрових Head Kravchuk Volodymyr I., д.т.н. Registration Date 09-12-2025 Organization Institute of Bioenergy Crops and Sugar Beet of National Academy of Agrarian Sciences of Ukraine popup.description1 The aim of the work is to improve the efficiency of sugar beet cultivation technology by developing intelligent means of flow determination of agrophysical soil parameters and their implementation in cultivation systems. popup.description2 Systematic studies were conducted on the dependence of sugar beet yield on the agrophysical indicators of various soil structure compositions determined by a non-destructive flow method in a system-analogue model of an agricultural unit according to the following scheme: ‘agrotechnological map (ATEK) – intelligent control device (ICD) – tractor with GPS – soil cultivation unit – working body (WB) – intelligent device for continuous determination and control of soil indicators (PI)’. For the functioning of such a model Improved: • methodology for researching agrophysical soil indicators based on the principles of Larmor precession (rotation of the magnetic moment of electrons as a whole, atomic nucleus and atoms around the external magnetic field vector) to determine the dependencies of self-induction voltage L in the electromagnetic field of a solenoid, based on the amplitude of an alternating current generator  and density  for each of the granulometric compositions of the soil in beet-growing areas of Ukraine. The following have been further developed: • digital methods of mapping AFPG used for modern farming systems in tabular, matrix and vector forms. Product Description popup.authors Oleksаndr M. Hаnzhenko Volodymyr М. Kvak Mykhailo V. Ivaniuta Volodymyr I. Kravchuk popup.nrat_date 2025-12-09 Close