不同类型苦丁茶叶片解剖结构和叶绿体超微结构间有明显差异。
There were clearly difference of the anatomical structures and the ultrastructural of chloroplast of leaves in different types.
采用水培方法，调节锌素营养供应，观察芹菜、玉米、小麦幼苗生长及幼苗叶片解剖结构。
The growth state and leaf anatomic structure of celery, corn and wheat seedlings were observed by adjusting the Zn levels in water culture method.
然而，在C4植物中，特殊的叶片解剖结构和独特的生化途经使得C4植物可以在干旱的条件下茁壮成长。
Among C4 plants, however, special leaf anatomy and a unique biochemical pathway enable the plant to thrive in arid conditions.
从形态特征、根冠比、叶片解剖构造、叶片保水力、水分饱和亏等方面分析了11个树种对干旱的适应性特征。
Using morphological characteristics, root-shoot ratio, anatomical structure of leaves, leaf water holding and WSD analyzed the water holding ability of 11 tree species.
比较测定了水、旱地梨树的叶片解剖构造、气孔分布密度与相对开张度、气孔传导率、蒸腾速率以及光合速率。
Anatomic construction, density and relative opening degree of stomata, stoma conductivity, transpiration rate, and photosynthetic rate of pear leaves of both irrigated and dry land were tested.
白兰花被片与成熟叶片的解剖结构存在差异，表明花被片与叶片香气释放机理不一致。
Difference between the perianth and mature leaf in anatomic structure indicated they had different aroma emission mechanisms.
结果表明，野生一粒小麦在叶片维管束解剖结构、水分利用效率及光合速率对光、温和CO_2的反应方面类似于C_4植物。
The results indicated that the wilddiploid T. boeoticum was similar to C_4 plants in leaf anatomy and in the response to light, temperature, CO_2 concentration and water.
选取8个甘蔗基因型进行苗期叶片形态、解剖性状与蔗茎产量和蔗汁糖分关系的研究。
The morphological and anatomical characters of leaf at seedling stage of 8 sugarcane genotypes were studied.
另外，解剖分析发现，矮化梨叶片具有较为发达的栅栏组织。
Furthermore, by dissection analysis, it was found that the leaf of the dwarf pear has more developed palisade.
结缕草叶片的解剖学结构差异不大，但其大小存在明显差异。
Leaves of zoysia japonica have no obvious difference in their anatomical structure but significant variation in sizes of anatomical traits.
解剖、分析了国外细晶铸造IN718压气机叶片。
Fine grain cast IN718 compressor blade form abroad has been analyzed.
对国产6属11种木兰科植物叶片的结构进行了比较解剖学研究。
The comparative anatomical structure of leaves of 11 species in 6 genera in the Magnoliaceae of China was studied.
本文利用光镜技术和MK-3型自动气孔计对松茶间作和单作茶园茶树叶片的解剖构造和气孔传导力进行了比较研究。
In this paper, stomatal conductance of leaves and anatomical structure of leaf surface in a pine-tea interplantation and a pure tea plantation are studied using MK-3 Antomatical Porometer.
对叶片的解剖学分析发现突变体中脉缺少细胞和近轴小维管束，导致披叶表型的产生。
Leaf anatomy results revealed the central vein lacks both clear cells and the adaxial small vascular bundle in dl2 mutant, which seemed to cause the drooping leaf phenotype.
对叶片的解剖学分析发现突变体中脉缺少细胞和近轴小维管束，导致披叶表型的产生。
Leaf anatomy results revealed the central vein lacks both clear cells and the adaxial small vascular bundle in dl2 mutant, which seemed to cause the drooping leaf phenotype.
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