微生物处理棉花根对棉酚提取效率的影响_生物工程_毕业设计论文网 关键词：棉根皮；棉酚；微生物处理； 提取效率； [gap=1449]Key words: cotton root; gossypol; microbial processing; extraction efficiency
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Cotton root bark 棉根皮
cotton root rot [植保] 棉根腐病
cotton root system 棉花根系
cotton root growth 棉花根系生长
the cotton root rot fungus 棉花根腐病菌
cotton root rot nematode disease 棉根腐线虫病
cotton root knot nematode disease 棉根结线虫病
Cotton black root rot 棉根根腐病
The results show that: in the same irrigation quota condition,water consumption amount of cotton root was small when using salin water with high mixing ratio under mixed irrigation,water consumption of cotton root was inhibited by soil salinity.
结果表明,在相同灌水定额条件下,棉花根系对高配比微咸水混灌后的土壤水分消耗小,土壤盐分对棉花根系耗水具有抑制作用。 当微咸水灌水定额小于25 mm时,易导致土壤盐分的表聚现象。
参考来源 - 微咸水膜下滴灌棉花根区土壤水盐运移规律研究·2,447,543篇论文数据，部分数据来源于NoteExpress
In the region of cotton root tip, PL9L were not detected.
在棉花根尖区域均未检测到PL9L。
ObjectiveTo erect and optimize the extraction process of gossypol in cotton root bark.
目的建立棉花根皮中棉酚的提取工艺并对工艺进行了优化。
The distribution position of cotton root system in the tilth is closely related with cotton yield.
棉花根系在耕层分布的位置与产量密切相关。
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