现代技术条件下土壤物理力学特性与耕作方式研究

Ye. Tagieva
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引用次数: 0

摘要

在耕作机械(包括进行预耕的耕作机械)操作过程中,土壤的物理和机械特性信息的可用性对机械的技术方案和工作机构的选择起着关键作用。使用先进的耕作机械和技术,首先需要研究土壤相应的物理力学性质的真实情况。从这个角度来看,提出这个问题具有同样的目的。这些研究是在农业集中地区的领土上进行的,并从农业用地上取样。实验结果表明,土体硬度仅从0.68 MPa增加到0.78 MPa,对工作体电阻率的变化影响不显著。然而,在这个极限之后,土壤硬度的增加对工作机构产生了明显的阻力。在研究过程中,还对土壤的物理力学性质和机组切割体的工作特性进行了研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Physical and Mechanical Properties and Tillage Modes of Soil Under Modern Technological Principles
The availability of information about the physical and mechanical properties of the soil during the operation of tillage machines, including machines carrying out pre-sowing tillage, plays a key role in choosing the technological scheme and working bodies of the machine. The use of advanced tillage machines and technologies first of all requires studying the real situation of the corresponding physical and mechanical properties of the soil. From this point of view, the question raised has the same purpose. The studies were carried out on the territories of intensively agricultural regions and on samples taken from agricultural land. The results obtained during the experiment show that with an increase in the hardness of the soil from only 0.68 to 0.78 MPa, this cannot significantly affect the change in the resistivity of the working body. However, after this limit, an increase in the hardness of the soil significantly resists the working organ. In the course of the study, the physical and mechanical properties of the soil and the operating characteristics of the cutting body of the unit were also studied.
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