Abstract
The article discusses the issues of scientific and theoretical justification for the use of automated irrigation in agriculture, that these systems can reduce the capital costs of their construction, as well as ensure the principle of "rain" and "drip irrigation" with daily water consumption of plants. There are optimal conditions for the growth and development of plants during their growing season. It is proved that the automated irrigation of agricultural crops establishes high yields and increased labor productivity. Therefore, the elements and devices of the used automatic machine require a reliable and uninterrupted operation. This is due to the fact that the problem is that the problem lies not only in technical reliability but also in economic efficiency. , including micro-irrigation systems. Reliability, performance, and performance. Initially, the existing irrigation technique, stationary irrigation system consisted of a large number of elements of the same type, necessary for conducting field cultural events.
Highlights
In recent years, both in the republic and in the CIS and abroad, the development of stationary systems of lowintensity irrigation, consisting of micro-sprinkling, pulse sprinkling of self-oscillating action, aerosol irrigation, combined sprinkling, drip, pulsed-drop and a number of others
Both in the republic and in the CIS and abroad, the development of stationary systems of lowintensity irrigation, consisting of micro-sprinkling, pulse sprinkling of self-oscillating action, aerosol irrigation, combined sprinkling, drip, pulsed-drop and a number of others. This is due to the fact that the low-intensity irrigation system has a number of significant advantages over other irrigation methods
It should be noted that these systems can reduce capital costs for their construction, as well as ensure the principle of both sprinkling" and "drip irrigation" with daily water consumption of plants
Summary
Both in the republic and in the CIS and abroad, the development of stationary systems of lowintensity irrigation, consisting of micro-sprinkling, pulse sprinkling of self-oscillating action, aerosol irrigation, combined sprinkling, drip, pulsed-drop and a number of others. To study the elements of calculation on the reliability of low-intensity irrigation systems https://rajpub.com/index.php/jns (using pulsed irrigation of self-oscillating action as an example), the technological and feasibility study of irrigation systems should be considered.
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