1) threshing and separating system for rape
油菜脱粒分离系统
2) threshing and separating unit
复脱分离系统
1.
Experimental test of grain threshing and separating unit;
水稻复脱分离系统脱粒分离性能的试验
3) threshing system
脱粒系统
1.
In order to reduce the damages of the paddy seeds, and improve the germination rate and the integral rice rate, A threshing system by flexible stripping teeth was designed and contrastive studies on threshing by using rigid wire-loop, rigid pole to.
传统的水稻脱粒系统通过刚性弓齿、钉齿和杆齿对水稻进行打击脱粒,造成水稻籽粒破碎或者籽粒内部损伤,降低了种子发芽率和大米加工的成米率。
4) threshing and separating unit
脱粒分离装置
1.
Experimental study on threshing and separating unit of rape combine;
油菜联合收割机脱粒分离装置的试验
2.
Based on principle and processing of the threshing and separating unit, it was discussed that the advantages and the insufficiencies of every kind of threshing and separating unit on working principal, peculiarity of framework, power assembling, targets of performance, adaptable conditions and so on, while expounded the main problems of the threshing and separating unit at present.
结合脱粒机械的脱粒原理及其工艺,从工作原理、结构特点、性能指标、适应条件等方面论述了不同类型脱粒分离装置所具有的优势与存在的不足,并分析了联合收割机脱粒分离装置的发展进程与趋势,为联合收割机脱粒分离装置的进一步研究提供参考。
3.
How to obtain an accurate and effective conclusion, analyzing the experiment data in threshing and separating unit is an important problem.
如何对脱粒分离装置试验数据进行分析,得出准确与有效的结论,是研究脱粒分离装置的重点。
5) threshing and separating
轴流脱粒与分离
1.
In terms of threshing and separating test with paddy,the performance of single Peg-toot axial flow threshing and separating and helix lamina type of the axial flow threshing and separating installation had been analyzed on the designed and manufactured test-table.
在自行设计的纵置轴流脱粒与分离的试验台上,考察脱粒与分离因子对钉齿滚筒与螺旋叶片带板齿滚筒的影响,确定籽粒分布、一次未脱净率、轻杂比在轴向的分布规律,并对两种结构进行对比试验。
6) corn threshing and separating
谷物脱粒与分离
补充资料：分离鉴定系统
分子式：
CAS号：
性质：质谱中的分离鉴定系统常指气相色谱质谱联用系统(GC/MS)，GC用于分离，MS用以鉴定分离后的各单一组分化合物，同时用一个在线计算机系统快速采焦、存贮质谱图。不适于GC分离的混合物试样，可用高效液相色谱质谱(LC/MS)联用系统进行分离鉴定。质谱/质谱(MS/MS)联用也是一种分离鉴定系统，混合物离子由第一级MS分离，用第二级MS鉴定指定组分。
CAS号：
性质：质谱中的分离鉴定系统常指气相色谱质谱联用系统(GC/MS)，GC用于分离，MS用以鉴定分离后的各单一组分化合物，同时用一个在线计算机系统快速采焦、存贮质谱图。不适于GC分离的混合物试样，可用高效液相色谱质谱(LC/MS)联用系统进行分离鉴定。质谱/质谱(MS/MS)联用也是一种分离鉴定系统，混合物离子由第一级MS分离，用第二级MS鉴定指定组分。
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