摘要
运用三因素五水平二次正交旋转组合设计,研究了赤霉素、烯效唑和抑芽敏对苎麻纤维支数的影响,建立了相应的实用数学模型:Y=1507.98-91.76x1+25.92x2-22x3-0.67x12-24.01x22-64.63x1x2+16.38x1x3+67.63x2x3。经模拟选优得出,当赤霉素取0mg/kg;烯效唑取20mg/kg;抑芽敏取714mg/kg时,纤维支数达最大值2036.36,这个方程可作为反馈试验及大面积推广应用的基础。
The orthogonal rotated combination design on the basis of three factors and five levels was used to investigate the effects of GA3, uniconazole and prime on fineness of fibre. A mathematical model was established as Y=1507.98-91.76x1+25.92x2-22x3-0.67x12-24.01x22-64.63x1x2+16.38x1x3+67.63x2x3.It was concluded from the model that when GA3,uniconazole and prime was 0mg/kg, 20mg/kg and 714mg/kg respectively, the fineness of fiber was the highest(2036.36). The model would be the foundation for feedback trial and popularization.
出处
《中国麻业》
2004年第2期70-75,共6页
Plant Fibers and Products
关键词
生长调节剂
苎麻
纤维品质
赤霉素
烯效唑
抑芽敏
ramie(Boehmeria nivea L.)
GA3
uniconazole
prime
fineness of fiber
mathematical model!
