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Leaflet margin usually 12-24-toothed on each side, abaxial veinlets conspicuous.

小叶边缘通常12-24齿在每边，背面的细脉明显。 16 T。 venulosum 马关崖爬藤

Leaves odd-pinnate; leaflets opposite; leaflet blades with base frequently oblique, margin entire.

奇数羽状复叶；小叶对生；小叶叶片基部经常偏斜，边缘全缘。

Diversity in leaf shape is produced by alterations of the margin: for example, deep dissection leads to leaflet formation and less-pronounced incision results in serrations or lobes.

植物的叶子即可以是一个简单的叶片，也可以由多个单独的小叶组成。此外，无论单叶还是复叶都可能具有齿状或圆突状的边缘。

Leaves alternate, long petiolate; leaf blade palmately 3--9-foliolate or pinnately 3-foliolate; petiolules unequal; leaflet margins entire.

叶互生，具长叶柄；掌状的叶片3-9具小叶的或成羽状具3小叶；小叶柄不相等；小叶边缘全缘。

Leaf blade pinnately compound with 3-5 leaflets, 10-30 cm; petiolules 2-4 cm; leaflet blades oblong to elliptic, 6-8 × 3-5 cm, margin crenate, apex obtuse.

叶片成羽状与3-5小叶，10-30厘米和解；小叶柄2-4厘米；小叶叶片长圆形到椭圆形， 6-8 * 3-5 厘米，边缘具圆齿，先端钝。

Leaves 7-25 cm; petiole 2-8 cm; leaflets (3-)5-13; petiolules 1-2.5 mm; leaflet blades ovate to elliptic, 3-8 × 1.5-4.5 cm, abaxially pubescent to nearly glabrous, base obliquely rounded, apex acute to acuminate.

叶7-25厘米；叶柄2-8厘米；小叶(3-)5-13；小叶柄1-2.5毫米；小叶叶片卵形到椭圆形， 3-8 * 1.5-4.5 厘米，对近无毛，基部斜圆形，先端锐尖或渐尖的背面具短柔毛。

The four-leaflet clover is an uncommon variation of the common three-leaf clover .

关於四叶草的传说有很多种，但是广为流传的大约有四种

Central leaflet elliptic or elliptic-lanceolate, margin 4-10-toothed; calyx saucer-shaped

中部小叶椭圆形或椭圆形披针形，给镶边齿状；花萼茶托状 22

Highlights of the new unit include digital control of counter units for fast reinstatement of format-dependent positions, the teach-in system for different leaflet lengths and the integration of laser and inkjet coding systems.

新单位的重点包孕数字节制的方法迅速规复柜依靠职位，体系传授差此外单张长度和激光和喷墨编码体系的集成。

Capsule more than 6 mm in diam.; leaflet blades 1.5-3 cm wide

蒴果6毫米直径的超过；小叶叶片1.5-3厘米宽 17

I hope that this success is just the first in a long series.

我希望这只是成功的开始。

Three dimensional stresses on the interface of tire and soil, tire deflection and soil sinkage are measured.

测试轮胎——沙土界面上的三向应力、轮胎变形和沙土沉陷；建立考虑剪切应力对沙土承载特性产生影响的车轮牵引性能预测模型；分析车轮作用下土壤的纵向稳定性。