1.
The Characteristic of Foliar Dust of Main Afforestation Tree Species in Nanjing and Association with Leaf s Surface Micro-Structure;
南京市主要绿化树种叶面滞尘特征及其与叶面结构的关系
2.
Research for surface morphology and water repellency of Lotus leaf;
荷叶表面的二元复合结构及其疏水性
3.
Pale to yellow-green, textured, slightly elongated to ovate, very hairy, serrated, variable internode length/ pale back. Trailer.
浅到黄绿色叶，很结构性，叶面多毛，锯齿叶缘。悬垂型。
4.
Investigation on Application of Dihedral/Swept Blade and Boundary Layer Suction to Control Vortex Configurations in Compressor Cascades;
采用叶片弯/掠及附面层抽吸控制扩压叶栅内涡结构的研究
5.
The Aerodynamic/Structure Design of Subsonic Aspirated Compressor Cascade;
亚声速附面层抽吸式扩压叶栅气动/结构设计
6.
A Study on Leaf Area and Culm-form Structure of Natural Phyllostachys pubescens in Haiziping
海子坪天然毛竹林叶面积指数及秆形结构
7.
A leaflike organ or structure.
叶状的结构象叶子一样的器官或结构
8.
Having leaves or leaflike structures.
有叶的，叶状的具有叶子的或叶状结构的
9.
The membrane structure and surface features were analyzed by FT-IR and scan electron micrography.
用傅立叶红外光谱和扫描电镜分别测定了膜的结构和表面形貌。
10.
Study on Population Matter Production and Development Structure of Leaf Area and Their Relationships with Yield Formation in Rice;
水稻群体物质生产和叶面积动态结构与产量形成关系的研究
11.
Studies on Relationship Between Splitting-tolerant Characteristics and Surface Micro-configuration and Cell Tissue Structure of Leaf in Cabbage(Brassica oleraca L.var.capitata L.)
甘蓝耐裂球性与叶表面微形态及细胞组织结构的关系研究
12.
fourier analysis of crystal structure
晶体结构傅里叶分析法
13.
A sheathlike structure, such as the leaf of a grass that surrounds a stem.
叶鞘鞘状结构，例如一种围绕茎的草叶
14.
A leaflike structure that bears microsporangia.
小孢子叶长有小孢子囊的叶状结构
15.
A leaflike structure that bears megasporangia.
（植）大孢子叶带有大孢子囊的叶形结构
16.
Exploring Key Features of Blade Mistuning Effects on Vibration Characteristics of Bladed Disks
叶片失谐对叶盘结构振动特性的影响
17.
Study on anatomy structure and ultrastructure of eelgrass Zostera marina L. inflorescence
大叶藻花序的解剖结构及超显微结构
18.
The research results show that the five saline plants leaves have many differences in external morphology and internal microstructure.
结果表明，5种盐生植物在叶的外部形态和内部显微结构方面存在着一定的差异。