1) compound leaf
复叶
1.
NAA and BA were selected to be the best regulators for regeneration of folioles and raches of the compound leaf.
以引进的速生型刺槐的复叶为实验材料 ,进行离体培养 ,研究生长调节物质对刺槐复叶的小叶和叶轴再生的影响。
2.
The results showed that the rapid growth period of compound leaf was short, only 13～20 days.
为了提高木产叶量 ,以便充分利用资源 ,并为栽培管理提供理论依据 ,以 2a生幼树为试材 ,通过对木新梢生长习性的观察表明 ,复叶的迅速生长期短 ,只有 13～ 2 0d ,从幼叶伸出至可采摘约需 5～ 7d ,采摘以叶长 2 5～ 30cm为宜 ;复叶的数量受树势的影响较大 ,树势强壮时数量多 ,叶面积大 ;叶片的日总光合量约 4 0 0 μmol/ (m2 ·s) (CO2 同化量 ) ,新梢生长初期光合产物向幼叶的转化率很低 ,仅有 6%左右 ;在春季至初夏期间 ,基部留 5叶比留 7叶和 9叶表现采叶量多 ;萌芽期施肥能明显增加采叶量 ,以追施尿素 10g/株表现采叶量最
2) Acer negundo cv. Variegatum
花叶复叶碱
3) Acer negundo cv. Auratum
黄叶复叶槭
4) Threshing and redrying
打叶复烤
1.
On-line chemical determination in threshing and redrying process and its application in quality control
打叶复烤烟叶化学成分在线检测和成品质量控制
2.
In order to improve the precision of quality control,SPC was applied in process of threshing and redrying to evaluate and improve the working capacity.
为提高烟叶打叶复烤质量控制精度,尝试应用SPC(统计过程控制)技术从整个过程来评价、提高打叶复烤过程的加工能力。
5) Acer negundo
复叶槭
1.
Supercritical CO_2 Fluid Extraction of the Volatiles of Ash-leaf Maple (Acer negundo) and Their Analysis by TCT/GC-MS;
复叶槭挥发物的超临界CO_2萃取及其TCT/GC-MS分析
2.
RAPD Analysis on Relationship among six Acer negundo Varieties;
6个复叶槭品种间亲缘关系的RAPD分析
3.
Biochemical Characters and Activity Changes of Lipoxygenase in Damaged Acer negundo;
受损复叶槭中酯氧合酶的生化特征及其活性变化
6) tobacco redrying
烟叶复烤
1.
The application of predictive controller based on fuzzy internal model to the tobacco redrying;
模糊内模预估控制在烟叶复烤中的应用
2.
Tobacco redrying is a re-curing process after the tobacco drying for the first time, which has direct impact on the production of cigarette industries.
烟叶复烤是烟叶初烤后的再调制加工过程，这直接关系到卷烟工业的生产。
补充资料：复叶
1.在一个叶柄上生有两片或两片以上小叶的叶子。形状很多，有羽状﹑掌状等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条