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Selection and substantiation of cultivator adjustment parameters for differential soil treatment on potato based on the rheology state of soil horizons

机译:基于土壤流变状态的土豆盐分舒耕剂调整参数的选择与实证

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The article presents results of theoretical studies on the determination rational parameters of placement tines on the frame interrow cultivator for differential tillage of potato field.Differential tillage means depth adjustments of tines according soil condition and their placement on the cultivator frame.The main goals of differential tillage by inter row cultivators are the elimination of soil compaction between ridges,formed by potato planters,as well as loosening of the zone of location of the potato tubers.Deep loosening after planting provides good conditions for the complete assimilation of water by soil after rain or irrigation,protects the top soil layer from erosion and also eliminates the over moistening in the autumn.Loosening the soil in the zone of the tuber placement ensures the obtaining of a fine-grained soil structure,which helps to create best conditions for the growth of plants and development their root system,as well as to ensure favorable conditions for soil separation during harvesting.The substantiation of rational parameters for tine placement on the frame of row cultivator was carried out on the base of the regularities of soil rheology,the heterogeneity of soil composition in different layers of arable and subsoil horizons,as well as the variability of their physic-mechanical properties.These regularities influence the development of deformation and cracked zones during the interaction ripper tines with the soil.As a result of the theoretical studies was developed a method for calculating the rational placement of ripper tines on the frame of the row cultivator for fulfil differential tillage on the potato based on the Theological state and heterogeneous structure of the soil horizons.Using of this method allow ensure high quality structure of tilled soil.
机译:本文介绍了对马铃薯田差分耕作框架环境栽培员框架间耕机的理论研究的理论研究结果。根据土壤条件的百分比耕种意味着叉子的深度调整及其对耕地框架的位置。差异的主要目标耕作的耕作者是消除由马铃薯种植园形成的脊之间的土壤压实,以及松动的土豆块茎区域。在种植后,在种植后松动为土壤完全同化水的良好的条件或灌溉,保护顶部土壤层免受侵蚀,并在秋季消除过度润湿。块茎放置区域中的土壤可确保获得细粒度的土壤结构,有助于为增长创造最佳条件植物和开发他们的根系,以及确保土壤的有利条件收获过程中的比例。在土壤流体学规律的基础上,对土壤流变率的基础,土壤组合物在耕作和底土视野中的不同层,以及可变性的基础它们的物理机械性质。这些规律影响在与土壤的相互作用的曲线叉子期间影响变形和破裂区域的发展。制定了理论研究的结果,这是一种计算框架框架上的破解率的理性放置的方法基于土壤中学态的神学状态和异质结构,对马铃薯进行差异耕种的行栽培。采用该方法,确保耕种土壤的高质量结构。

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