1) Morpha of seed surface
种子表面形态
2) Seed surface
种子表面
1.
Micromorphological Features of the Seed surface of Porana s.l. (Convolvulaceae) from China and Its Taxonomic Significance;
国产广义飞蛾藤属(旋花科)植物种子表面微形态及其分类学意义
3) seed morphology
种子形态
1.
Studies on the seed morphology of Rorippa in Shandong and its systematic taxonomy significance;
山东蔊菜属种子形态学研究及其系统分类学意义
2.
Seed morphology of Kadsura Juss.(Schisandraceae) in relation to its taxonomic significance;
南五味子属(五味子科)的种子形态及其分类学意义
3.
A microscopic and electron microscopic study on the seed morphology and testa surface struc- ture of2 0 spp.
对甘肃灯心草科 ( Juncaceae)、地杨梅属 ( Luzula)、灯心草属 ( Juncus) 2 0个种及变种植物的种子形态和种皮表面结构进行了光学显微镜和扫描电镜的研究 。
4) surficial shape
表面形态
1.
Characteristic on surficial shape of electric field oriented PVC/liquid crystal composite membrane;
取向聚氯乙烯/液晶复合膜表面形态特征研究
2.
Characterization on surficial shape of electric field oriented PU/liquid crystal composite membrane;
取向聚氨酯/液晶复合膜血液相容性材料的表面形态表征
3.
The surficial shape characteristic of the composite membranes were observed by Optical Polarization Microscopy, Scanning .
利用偏光显微镜(POM)、扫描电子显微镜(SEM)和原子力显微镜(AFM)等技术手段，观察取向／非取向复合膜的表面形貌特征，研究了不同取向条件、液晶含量复合膜的相分离程度、取向性能、液晶畴体积、液晶畴形状等表面形态及其与电场强度、液晶含量的相关关系和理论机制。
5) Surface shape
表面形态
1.
The research of the surface shape and ultrastructure for the special kind of the animal fiber;
特种动物毛纤维表面形态和超微结构的研究
2.
The mechanical properties were studied by universal material testing machine,the crystalline structure by XRD,the surface shape by SEM,and the pore structure by Mercury Porosimetry,so the effect of structure on mechanical properties was obtained.
用万能材料测试机、XRD、SEM、压汞仪测试纤维的力学性能、晶态结构、表面形态和孔结构,得到结构对力学性能的影响规律。
6) surface characteristics
表面形态
1.
The activities of selective catalytic reduction(SCR) of NO with NH_3 were measured and surface characteristics of those samples were characterized.
采用浸渍法制备了一系列不同钒和钨负载量的V2O5-WO3/TiO2催化剂样品,对样品NH3选择性催化还原NO性能进行了评价,并用BET、XRD、XPS等手段对催化剂样品的表面形态进行了表征。
2.
The surface characteristics and bulk structure of the catalyst were characterized by XRD,BET,SEM and XPS.
由快速淬冷法制备Ｆｅ－Ｍｎ－Ｂ非晶态合金条带，用球磨粉碎、酸碱侵蚀对催化剂表面进行活化处理，通过ＸＲＤ、ＢＥＴ、ＳＥＭ及ＸＰＳ等结构测试技术研究活化处理前后催化剂表面形态和体相结构的变化，并通过Ｆ－Ｔ合成反应研究活化处理对催化剂催化性能的影响，从而将催化性能与表面形态相关联。
3.
When study these joints,their surface configuration characteristics are the most important aspects necessary to be researched,because most behaviors of joints are determined by these surface characteristics.
而节理面的表面形态与这些性质密切相关,因此需要对候选花岗岩体节理面展开多样本、大尺寸的现场表面形态研究。
补充资料：种子生现行现行薰种子
【种子生现行现行薰种子】
（术语）在色者二缘和合，在心者四缘和合时，阿赖耶识所持之种子，生现行。是本有种子生果之功能也。此谓之种子生现行。其现行之法，必随所应而薰种子，其薰之种子，即新薰种子也。此谓之现行薰种子。应知此时有三法，成二重之因果。三法者：一为能生之种子，二为所生之现行，三为所薰之种子。二重之因果者：一为种子生现行，二为现行薰种子。此三法同时成二重之因果。以所生之现行，即薰种子故也。此谓之种子生现行现行薰种子。又曰三法展转因果同时。就八识而论，则第八识所持之种子为因，生眼等之七转识，同时七转识之现行法为因，生第八识之种子。因而谓之七转第八互为因果。本宗因果之谈于此为极。
（术语）在色者二缘和合，在心者四缘和合时，阿赖耶识所持之种子，生现行。是本有种子生果之功能也。此谓之种子生现行。其现行之法，必随所应而薰种子，其薰之种子，即新薰种子也。此谓之现行薰种子。应知此时有三法，成二重之因果。三法者：一为能生之种子，二为所生之现行，三为所薰之种子。二重之因果者：一为种子生现行，二为现行薰种子。此三法同时成二重之因果。以所生之现行，即薰种子故也。此谓之种子生现行现行薰种子。又曰三法展转因果同时。就八识而论，则第八识所持之种子为因，生眼等之七转识，同时七转识之现行法为因，生第八识之种子。因而谓之七转第八互为因果。本宗因果之谈于此为极。
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