...
首页> 外文期刊>Agricultural Engineering International: CIGR Ejournal >The effect of thresher machines ,moisture grain and velocity on maize , Cadiz cultivar
【24h】

The effect of thresher machines ,moisture grain and velocity on maize , Cadiz cultivar

机译:脱粒机,水分和速度对玉米,加的斯品种的影响

获取原文
           

摘要

The effect of thresher machines on maize , Cadiz cultivar was studied based on some technical indicators. Two types of machines (Maize thresher local M.T.L and Maize thresher MGI.Ty60) were tested at three velocity cylinder threshing of 200,250 and 300rpm and three ranges of grain moistures of 15%, 17% and 19%. The experiments were carried out in a factorial experiment under complete randomized design with three replications. The results showed that the Maize thresher local M.T.L machine was significantly better than the Maize thresher MGI.Ty60 machine in all studied conditions. The results showed a production process of 1.196 and 1.147 th, power consumption of 11.361 and 12.234 kW, cracked grain percentage of 4.024% and 4.374%, broken maize of 5.973% and 6.729%,threshing efficiency of 83.918% and 83.263% , whole grain percentage 76.851%and 76.126 and grain cleanliness of 88.845% and 87.483% for Maize thresher local M.T.L and Maize thresher MGI.Ty60 machines, respectively. The velocity cylinder threshing 200 rpm was significantly superior to the other two levels of 250 and 300rpm in breakage percentage , cracked grain percentage , whole grain and grain cleanliness . while the moisture content of grain at range of 15% was significantly superior to the other ranges of 17% and19% in all studied conditions.
机译:基于一些技术指标,研究了脱粒机对玉米,加的斯品种的影响。两种机器(玉米脱粒机本地M.T.L和玉米脱粒机MGI.Ty60)在200,250和300rpm的三个速度滚筒脱粒以及三种范围的谷物水分分别为15%,17%和19%的条件下进行了测试。实验是在完全重复设计的阶乘实验中进行的,具有三个重复。结果表明,在所有研究条件下,玉米脱粒机本地M.T.L机明显优于玉米脱粒机MGI.Ty60机。结果表明,生产过程为1.196 t和1.147 t / h,耗电量为11.361和12.234 kW,裂粒率为4.024%和4.374%,破碎玉米为5.973%和6.729%,脱粒效率为83.918%和83.263%,玉米脱粒机本地MTL和玉米脱粒机MGI.Ty60机的全谷物百分比分别为76.851%和76.126,谷物清洁度分别为88.845%和87.483%。速度滚筒脱粒速度为200 rpm,在破损率,破碎谷粒率,全谷粒和谷物清洁度方面明显优于其他两个250和300 rpm的水平。在所有研究条件下,谷物的水分含量在15%的范围内明显优于其他范围的17%和19%。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号