Design of universal SQ-6 tillage machine

The research on type and driving surface angle of the driving-wheel paddle of BOAT-TYPE TILLAGE MACHINE

机耕船驱动叶轮轮叶型式及轮叶驱动面倾角的研究

The kinematics of paddy-wheel of BOAT-TYPE TILLAGE machine and energy loss

机耕船水田轮运动学与能量消耗

Simulated Experiment on Effects of Soil Mechanical Composition and Soil Bulk Density on Soil Water Characteristic Parameters tillage machine with power-driven working parts

土壤机械组成及容重对水分特征参数影响模拟试验研究驱动型土壤耕作机械

Tillage machine with power-driven working parts

驱动型土壤耕作机械

A power-driven combined tillage machine belongs to a land preparing implement in the field of agricultural machinery.

动力驱动联合整地机属于农业机械中土壤耕整地机具；

Tillage machine with power-driven working parts Tractors have revolutionized farming.

驱动型土壤耕作机械拖拉机革新了耕作方法。

Core mechanical mockup tillage machine with power-driven working parts

堆芯机械全尺寸模型驱动型土壤耕作机械

An Analysis of the Tests About the Driving Mode and Power Matching of the Boat-Type Tillage Machine

机耕船驱动方式与配套功率的试验分析

Performances of four tillage machine unit were appraised and analyzed applying systemic theory.

运用系统工程原理对实际生产中常用的四种水田耕整地机组技术性能进行评价分析。

The development of BOAT-TYPE TILLAGE machine and its performance analysis of paddy operation

机耕船的发展及其水田作业性能分析

Optimum Selection of Tillage Machine General assembly line for hydraulic excavator

耕整机的优化选择挖掘机的整机装配线

Optimal Design for the Reducer of Tillage Machine Based on Matlab

基于Matlab的耕整机减速箱的优化设计

A brief introduction on the development of boat type tillage machine

机耕船的发展简史

The Present Situation and Trend of Protection Tillage Machine and Machinery

保护性耕作技术及其机械的现状与发展趋势

Decision support system ( dss) on the disposition of tillage machine

耕作机械配置决策支持系统

Soil dynamic properties and saving tillage energy and implements design

土壤动力特性与节能耕作及机具设计

The Origin and Development of Ancient Tillage Implement in China

中国古耕具的起源和演变

Effects of Different Tillage Methods on Weed Dynamics and Yield in Corn Field

不同耕作方式对玉米田杂草发生规律及产量的影响

A new simulation strategy using the Discrete Element Method ( DEM) based on spherical particle contact mechanics to tillage soil dynamics was proposed.

提出了采用基于颗粒接触力学原理的离散元法对耕作土壤动力学问题进行数值模拟的新思路。

Effects of Tillage on dynamics of soil biomass carbon

耕作对土壤生物碳动态变化的影响