000 02406nab a2200253 a 4500
003 ENAL
008 220202s2021 ua mr ss ||| eng d
040 _aEAL
_cEAL
041 _aeng
_bara
090 _aART MUJSSAE V12 No8 7
100 1 _aAbu El-Maaty, A. E.
_933638
240 1 0 _aMansoura university journal of soil sciences and agricultural engineering, 2021 v. 12 (8)
_h[electronic resources].
245 1 0 _aSome factors affecting the mechanical coating of quinoa seeds
_h[electronic resources]
246 1 5 _aبعض العوامل المؤثرة على التغليف الميكانيكي لبذور الكينوا
300 _a591 - 596 p.
504 _aIncludes references.
520 _aThe aim of this research is to study the variables influencing the mechanical coating of quinoa seeds. These factors are coating speed, temperature and time, and seed lot. The main results in this study can be summarized in the following points, the maximum quinoa-seed germinations of 90.5, 94.3, and 81.4 % by utilizing the covering unit speed of 28 rpm, covering season of 15 minutes, covering temperature of 30 °C, and covering with "Fe + Zn", "Fe + Zn + Cersan" and dirt individually. In the meantime, the base quinoa-seed germinations of 24.6, 35.4, and 22.5 % by utilizing the covering unit speed of 36 rpm, covering season of 60 minutes, covering temperature of 70 °C, and covering with similar constitutions separately, the maximum machine limit of covered quinoa seeds of 9.0 kg/h was acquired utilizing seeds-group mass of 2.5 kg and covering unit speed of 36 rpm. In the meantime, the base machine limit of covered quinoa seeds of 0.85 kg/h was acquired utilizing seeds-group mass of 0.5 kg and covering unit speed of 20 rpm, the maximum and creation costs at ideal boundaries (lot mass of 2.5 kg, covering unit speed of 28 rpm, covering temperature of 30 °C, covering season of 15 minutes, and covering with "Fe + Zn + Cersan") were 14.15 L. E./h and 4238 L.E./ton. Keywords: Seed coating temperature, coating unit speed, coating time, quinoa seeds.
546 _aSummary in Arabic.
650 0 _aQuinoa
_915373
650 0 _aQuinoa
_xSeeds
773 0 _tMansoura University Journal of Soil Sciences and Agirucultural Engineering.
_g2021.v.12(8)
_x2090-3685
_7nnas
_wu183500
856 4 0 _uhttp://nile.enal.sci.eg/EALE/2021/MUJSSAE/1221/8/591.pdf
_zFull Text Article.
942 _cAR
_2alc
999 _c67551
_d67551