Agricultural research center Issue, 2006, Technical Recommendation for Rice crop, Ministry of Agic., Rice Prog. Issue No. 1014, Egypt: 5-7.
Afify, M.K., A. Nada and W.M.Mechail (2000). Selection the proper system of planting and harvesting rice crop. Misr J.Ag. Eng., 17 (2): 388-400.
Badr, S., H.Gindy; B. Hemido and A.M.El-lithy (2007). Planting and Harvesting Method Effects on Rice Productivity. Misr J.Ag. Eng., 24 (2): 318-326.
El-Awady, M.N.; E.Y. Ghoneim and I.Hashish (1982). A critical comparison between wheat combine harvesters under Egyptian conditions. Res. Bul. No. 1920 Col. Ag. An –Shams univ., 13p.
El-Khateeb, H.A. (2005). A study on performance of axial flow combine harvester in rice crop harvesting. Misr J. Ag. Eng.,22(4):381-401.
El-Nakib, A.A.; Z.Y.Abdel-Lateef; A.A. El-Messery and A. Khateeb (2003a). Mechanical harvesting losses in rice crop using combine harvester. Misr J.Ag. Eng., 20 (4): 889-907.
El-Raie, A.S.; A. Taieb, and M. Atallah (2012). Development of threshing system in combine harvester for improving of its peformance efficiency in rice threshing. Misr J. Ag. Eng., 29 (1): 143-178.
Kamel, O.M. (1994). Rice harvesting losses utilization two different harvesting techniques of japanes. Misr J. Ag. Eng., 16 (4): 237-251.
Kepner, R.A., R. Bainer and E.L. Barger (1982). Principles of farm machinery. 4th. Ed. John W.and Sons, Ins: 381-428.
Morad, M.M. and T.fouda (2003). Development of long-axial flow rice thresher shaft for minimum threshing power. Misr J. Ag. Eng., 20 (2): 391-404.
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