1) winter wheat flag leaf
冬小麦旗叶
1.
Oxidative damage and antioxidant responses during drought-induced winter wheat flag leaf senescence;
冬小麦旗叶旱促衰老过程中氧化伤害与抗氧化系统的响应
2) wheat flag leaf
小麦旗叶
1.
During the relative active photosynthetic duration(RAPD) of wheat flag leaf,~(15)N abundance of total nitrogen and Rubisco were at the high level.
抽穗期施氮肥可提高小麦旗叶的光合速率、全氮与Rubisco的含量,而蛋白水解酶活力则下降。
2.
There are many precious studies on wheat flag leaf,but most have focused on physiological and biochemical characteristics,few studies have examined the dynamic changes of physiological and biochemical characteristics and structure of wheat flag leaf during different stages.
以往有关小麦旗叶的研究多集中在生理生化方面,对不同时期旗叶的生理生化特性及其叶片结构动态变化的研究尚不多见。
3.
The Rubisco content of wheat flag leaf declined steadily during senescence(Fig.
延缓小麦旗叶的衰老进程 (抽穗期施氮肥 ) ,可增加旗叶Rubisco的含量 ,提高籽粒的全氮含量。
3) Ophiopogon japonicus fruit
小叶麦冬果实
4) winter wheat
冬小麦
1.
Simulations of the impact of climate change on winter wheat production;
气候变化对冬小麦潜在产量影响的模型模拟分析
2.
Effect of treflan injection on root growth and yield of winter wheat under subsurface drip irrigation;
冬小麦地下滴灌氟乐灵注入制度对根系生长及作物产量影响的试验研究
3.
Effect of soil water stress and control on upgrowth indexes of winter wheat;
土壤水分胁迫与调控对冬小麦生育指标的影响
5) Wheat
[英][wi:t] [美][wit]
冬小麦
1.
Three-dimensional visual simulation of wheat root system growing;
冬小麦根系生长的三维仿真模拟
2.
Dynamic Variation of Water Adaptability of Wheat in Gansu;
甘肃省冬小麦水分适应性动态变化分析
3.
Effects of different potassium application rates on yield,quality and physiological characteristics of dryland winter wheat;
不同施钾量对旱作冬小麦产量、品质和生理特性的影响
6) winter wheat straw
冬小麦秸
1.
Hydrolysis of winter wheat straw with dilute chlorodric acid of 12% has been achieved at 103～105℃.
用12％的稀盐酸,在103～105C水解冬小麦秸,并以蒸汽把产物及时带出,糠醛的收率可达12％以上,而且冬小麦秸的纤维强度基本不变,可以继续用于造纸。
补充资料：冬叶
1.即柊叶。直立草本植物。其叶如芭蕉，用以包物。产于云南﹑广西﹑广东等地。
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