The Study Process of Equalizing Temporary
Sprinkler and a Substantiation of Parameters
of Working Bodies
Volume 1 - Issue 2
Manabaev NT and Baimakhanov K*
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- Shymkent South Kazakhstan State University, Kazakhstan
*Corresponding author:
Baimakhanov K, Shymkent South Kazakhstan State University, Kazakhstan
Received: February 10, 2018; Published: February 19, 2018
DOI: 10.32474/CIACR.2018.01.000109
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Abstract
The article examines the processes of cutting temporary sprinklers for irrigation of crops, periodic equalizer them after watering,
as well as provided the identified deficiencies and irrigation network equalizers, agro-technical requirements to be met by irrigation
network and equalizers temporary sprinklers. A new technology sprinklers equalizing time to address their weaknesses, as well as
workflow alignment. Currently operating equalizers cannot perform quality work on the proposed authors equalizing technology.
Therefore, there is need for scientific substantiation of new working body’s equalizers. Research was conducted manufacture different
variants of experimental models of working body for alignment sprinklers and study parameters of working body equalizer performing
the proposed technology alignment. In justifying the blade parameters used geometrical, physical and mathematical modeling techniques
based on the principle of similarity. After conducting experiments obtained regression equation adequately describing the attractive
resistance dump, placement depth of the top layer of dry soil dam in the recess, the value of the height irregularities after equalizing.
The result proved the rational parameters of heap equalizer temporary sprinkler, which performs the proposed technology equalizing.
These reasonable working body parameters recommended for use in development activities (R & D) in the manufacture of equalizer
model samplesopment of eroded and erosive dangerous soils of the foothill zones, carried out based on soil erosion surveys of the farms
of the republic.
Keywords: Temporary irrigation network equalizer; Technology; Dam; Soil; Humidity; Blade; Study parameters; Rational parameters
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