CAJ | 학술논문

为有效揭示土体在犁体耕作过程中所受的影响，结合压力传感器测试土体内部所受的压力，在流变态粘性土壤中分别布置10个放入隔离盒的压力传感器，然后进行测试。测试的结果表明，该测试手段满足使用要求，与犁体曲率最大位置在同一水平面上的监测点所受水平力最大。传感器测试方法使得机具-土壤的力学关系研究中又充实了一个强有力的实验保障。
위유효게시토체재리체경작과정중소수적영향，결합압력전감기측시토체내부소수적압력，재류변태점성토양중분별포치10개방입격리합적압력전감기，연후진행측시。측시적결과표명，해측시수단만족사용요구，여리체곡솔최대위치재동일수평면상적감측점소수수평력최대。전감기측시방법사득궤구-토양적역학관계연구중우충실료일개강유력적실험보장。
In order to reveal the relationship between plow and soil , to discuss the feasibility of using the sensors to test the force in the soil , the system that 10 sensors are packaged in the self-isolation boxes is put into the paddy soil for tes-ting.The result shows that the means of testing is feasibility .The data shows that the maximum horizontal force of monito-ring points is on the place which is in the same level with the maximum curvature of plow .The method of testing provides a strong experimental guarantee for researching the mechanic relationship between equipment and soil .