Computer modeling of the process of depth of soil treatment

Abstract

The article is devoted to the problem of creating methodological foundations for research on the processes of machine use in agriculture. The basic approaches and principles of the formation of domain models are outlined, as the output processes of the functioning of the technological system of tillage and depth of cultivation are taken. A mathematical model of the process of depth of soil cultivation is proposed, which allows the implementation of research using modern software and hardware systems through a computer experiment.

Combined process of vibratory processing and oxidation with the use of polymeric environments

“…When applying oxide coatings on aluminum surfaces, the choice of the working medium is primarily determined by its physicochemical properties [14][15][16][17][18][19][20].…”

Innovative technologies and equipment from “Amazone” company for fertilizer application

“…ISOBUS stands for a worldwide standard for communication between control terminals, tractors and implements on the one hand and farm office software on the other. From the wide range of technological possibilities of the ZA-TS mineral fertilizer spreader: border spreading system (yield-oriented spreading, border and shoulder spreading, ecologically oriented ditches, bed spreading with double-sided ridge shield) the possibility of differentiated fertilization [2]. This module allows for differential applicationwhen feeding winter crops, it is easy to process application maps in the shape format.…”

“…[10][11][12] In addition, in the system of resource-saving technologies of the agroindustrial complex of the Russian Federation, soil cultivation machines with disc working bodies are widely used, after the passage of which the mulch layer required by agricultural technology is created. Disc harrows of the German company "AMAZONEN-WERKE" -"Catros" produced by JSC "Euotehnika" (Samara) and supplied to agricultural enterprises in Russia with a wide range of working widths in mounted and trailed versions with promising structural elements, also equipped with special equipment for fine processing soil with simultaneous application of mineral fertilizers when aggregated with a specialized large volumetric hopper for mineral fertilizers -X-TenderT [2].…”

“…Moreover, the application technologies are diverse: a) granular -by scattering on the soil surface and by subsoil methods during sowing or tillage and b) liquid -into the soil superficially and subsoil -on plants as foliar feeding. [1][2][3] To implement these fertilization technologies, the "Amazonen-Werke" company developed and manufactured various modern machines. To determine their effectiveness, the company conducts tests in real conditions with a number of agricultural universities in Russia.…”

Architecture of Database Models for Visуualizing Results of Monitoring Epizootic Animal State

“…Основными модулями архитектуры БД являются: модуль «Административно-территориальное делеение», который включает в себя 87 городов, около 6850 существующих и 660 упраздненных населенных пунктов, относящихся к 87 городским администрациям, около 2500 существующим и 50 упраздненным сельским округам, которые участвуют в системе мониторинга эпизоотического состояния животных; модуль «ГИС БД», содержащий географические координаты объектов мониторинга; модуль «Справочное» с постоянными данными [8,9,10].…”