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SOIL STRUCTURE AND HARDNESS CHANGE RESULTING FROM THE DEPTH OF A TRACTOR TRACK UNDER DIFFERENT WHEEL DRIVE TOWING STRENGTH

机译：拖拉机轨道下方的土壤结构和硬度变化导致不同的车轮驱动牵引强度

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Олег Черников; Oleg Chernikov; Александр Быченин; Aleksandr Bychenin; Дмитрий Сазонов; Dmitriy Sazonov;
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1. PRIME TIME TO TRADE IN TRACKED 4WDs:PRICES HAVE REBOUNDED RECENTLY ON FOUR-WHEEL-DRIVE TRACKED TRACTORS. [J] . Dave Mowitz Successful Farming . 2018,第3期

机译：追踪4WDS的贸易总时间：最近在四轮驱动的拖拉机上的价格已经反弹。
2. Effect of tractor weight, depth of ploughing and wheel placement during ploughing in an organic cereal rotation on contrasting soils. [J] . Bakken A. K., Brandsaeter L. O., Eltun R., Soil & Tillage Research . 2009,第2期

机译：在对比谷物的土壤中，有机谷物旋转中耕作时拖拉机重量，耕作深度和摆轮位置的影响。
3. Impact of wheeled and tracked tractors on soil physical properties in a mixed conifer stand [J] . iForest: Biogeosciences and Forestry . 2015,第1期

机译：轮式和履带拖拉机对混合针叶林林分土壤物理特性的影响
4. Soil compaction of four-wheel drive and tracked tractors under various draft loads [C] . Nidal H. Abu-Hamdeh, Thomas G. Carpenter, Randall K. Wood, SAE Conference . 1996

机译：四轮驱动和履带拖拉机在各种牵引载荷下的土壤压实
5. Dynamic Modeling for the Path Tracking Control of a Four-Wheel Independent-Drive, Four-Wheel Independent-Steer Autonomous Ground Vehicle [D] . Klindworth, Karl Emerson. 2017

机译：四轮独立驱动路径跟踪控制的动态建模，四轮独立转向自主地车辆
6. The Influence of Wheel/Rail Contact Conditions on the Microstructure and Hardness of Railway Wheels [O] . Paul Molyneux-Berry, Claire Davis, Adam Bevan -1

机译：轮/轨接触条件对铁路车轮组织和硬度的影响
7. Theoretical aspects of increasing the efficiency of operation of wheel tractors on the basis of changing the target-coupled characteristics of tire and installation of fixed wheels on soils with low carrier capacity [O] . A.A. Nitkin 2018

机译：基于改变轮胎的目标耦合特性以及低载体容量的土壤上固定车轮的固定车轮安装的基础上提高车轮拖拉机的运行效率的理论方面
8. Tractor, Wheeled, Aircraft, Towing [R] . 1970

机译：拖拉机，轮式，飞机，拖曳

SOIL STRUCTURE AND HARDNESS CHANGE RESULTING FROM THE DEPTH OF A TRACTOR TRACK UNDER DIFFERENT WHEEL DRIVE TOWING STRENGTH

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