Abstract
The Study of Parameters and Reliability of Low-intensity Irrigation in the Conditions of Azerbaijan
Highlights
In recent years, both in the Republic and in the CIS and far abroad are developing low-intensity stationary systems of irrigation, consisting of Micro Sprinklers, impulsive actions, aerosol auto oscillatory action sprinkling irrigation, auto oscillatory action auto oscillatory action combined, the drip, drip pulsing and a number of others
The Study of Parameters and Reliability of Low-intensity Irrigation in the Conditions of RAS BH Aliyev1 and RAE ZH Aliyev2* 1Erosion and irrigation Institute of NAS of Azerbaijan Republic, Azerbaijan 2Institute of Soil Science and Agrochemistry of NAS of Azerbaijan, Azerbaijan Received: August 30, 2018; Published: September 07, 2018 *Corresponding author: RAE ZH Aliyev, Institute of Soil Science and Agrochemistry of NAS of Azerbaijan, Azerbaijan. Both in the Republic and in the CIS and far abroad are developing low-intensity stationary systems of irrigation, consisting of Micro Sprinklers, impulsive actions, aerosol auto oscillatory action sprinkling irrigation, auto oscillatory action auto oscillatory action combined, the drip, drip pulsing and a number of others. This is because low irrigation system has a number of significant advantages over other methods of irrigation
It should be noted that these systems allow to reduce the capital cost of their construction, ensure the principle as “sprinkling” or “drip” in condition of daily water use plants
Summary
Both in the Republic and in the CIS and far abroad are developing low-intensity stationary systems of irrigation, consisting of Micro Sprinklers, impulsive actions, aerosol auto oscillatory action sprinkling irrigation, auto oscillatory action auto oscillatory action combined, the drip, drip pulsing and a number of others. Laid down specific natural-economic conditions define systems parameters of irrigation on low-intensity pulsed example sprinkling [4]. Consider these square set and equal to 150400 ha and have an average optimal relationship of the parties 1-3 and natural-economic conditions irrigation norm 0.35-0.75 m and a maximum ordinate 0.6 x 10 hydro-module-7 -1.0 x 10-7 m/s. Research of reliability indicators of basic elements of fixed sprinkler system are the results of theoretical and experimental research, evaluated, tele control devices noise immunity parameters dispersion, irrigation norms precipitate individual sprinkling and installed types and parameters of distributions of operating time to failure of the main elements of the systems sprinkling [3,4].
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