1) rate of detrashing sugarcane
剥叶率
2) cleaning performance
剥叶性能
1.
Application of the BP neural network in the determination of the multiindex weights of the cleaning performance of sugarcane harvester;
甘蔗收获机剥叶性能评价中权重确定的BP网络方法
3) cleaning element
剥叶元件
1.
Research on the FEA experiment platform of cleaning element in brush shape;
排刷式剥叶元件有限元分析试验平台的研究
2.
Research on the effect mechanism of front angle of sugarcane cleaning element in brush shape;
排刷式剥叶元件装夹前角的影响机理分析
3.
The cleaning element is the key part of sugarcane leaf cleaner, and the way in various installations would directly affect the leaf-cleaning quality and the life of the element.
阐述了整杆式甘蔗收获机械非直线排列剥叶元件疲劳分析的总体思路 利用计算机仿真分析的方法分析了剥叶元件装夹参数及其注塑加工过程中产生的缺陷对元件寿命的影响 ,提出了不同工况剥叶元件疲劳分析的有限元计算模型 通过仿真分析 ,方便、快捷地得出剥叶元件疲劳寿命预估值 ,并用试验证明了其有效
4) leaf cleaning element
剥叶元件
1.
Dynamic simulation analysis for the force of the leaf cleaning element of sugarcane cleaner;
甘蔗剥叶元件工作过程受力的动态仿真分析
6) sugarcane detrash
甘蔗剥叶
1.
On the basis of pilot experiments, computer image technology was applied to investigate the whole process of sugarcane detrashing.
应用计算机图像分析技术 ,拍摄和分析了甘蔗剥叶刷式剥叶机构剥叶的全过程 。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条