1) silique layer
角果层
2) Pod
角果
1.
Pod development regularity of Descurainia Sophia;
播娘蒿角果生长特性的研究
2.
A Study on the Growth Regular of Pod and Seed of Spring Rape(Brassica campestris L.)——I The Growth Characteristic of Pod;
白菜型春油菜角果和种子生长规律研究 Ⅰ.角果的生长特性
3.
In this study, three amphidiploids and three diploids in the "U-Triangle" of Brassica plants were used, and style, stigma size, stigma development, the development of basic pod characters, seed and cotyledon cell development were studied from the view of evolutionary developmental biology.
本研究论文以芸薹属(Brassica)植物“禹氏三角”关系中的3个多倍体复合种和3个二倍体基本种为材料,从进化与发育生物学的角度,对这些多倍体和其祖先二倍体的花柱大小、柱头发育、角果基本性状发育、种皮发育及子叶发育等进行了研究,所得主要研究结果如下: 通过比较分析多倍体复合体与其祖先二倍体基本种在花柱、柱头大小、角果长度、宽度与表面积、种子直径及种子干重上的异同,得到多倍体复合种的发育规律是:有的多倍体品种如0857和1219偏向其祖先二倍体两个亲本之一的方向发育,而品种2685则是处于其两个亲本之间的趋势发育。
3) silique
[英][si'li:k] [美][sɪ'lik]
角果
1.
By using SMART~ TM technology, a full-length cDNA library of Descurainia sophia silique was constructed.
以播娘蒿成熟期角果为材料,采用SMART技术构建了其全长cDNA文库。
2.
Five cultivars grown in the field were analysed to photosynthetic functional decline of leaves and photosynthesis characteristics and how extending the photosynthesis duration of silique in rapeseed (Brassica napus L) after anthesis.
本文研究了油菜开花以后叶片的光合功能衰退、角果的光合特性和外源生长调节剂对角果光合功能期的调作用,主要结果: 油菜开花以后,不同叶位叶片光合功能衰退进程不同,下部叶片衰退较快,中部叶片较慢,上部叶片(新生叶),光合功能期较长。
4) corner layer
角层
1.
Finally the problem of corner layer for singularly perturbed equation of second degree is discussed too.
最后还讨论了该问题的角层情况。
5) pod skin
角果皮
1.
5 would cause injury ofleaves and reduction in chlorophyll content in leaves and pod skin, photo-synthetic rate of leaves and pod skin, height of plant, seeds quantity perpod and weight of 1000 seeds of rape through the experiment in greenhouse.
5的模拟酸雨会使油菜叶片受到伤害，并会降低油菜叶片和角果皮的叶绿素含量、叶片和角果皮的光合速率、植株高度、每荚角果内的籽粒数和种子的千粒重。
6) Piper pedicellatum
角果胡椒
1.
Chemical Constituents of Piper pedicellatum C. DC;
角果胡椒的化学成分研究(英文)
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