毛状的

Leaves interruptedly odd-pinnate compound, usually with interstitial leaflets, viscid pubescent; pedicel articulated well above middle; foliage strongly odorous when crushed; calyx divided nearly halfway; underground tubers present

复合的叶interruptedly奇数羽状复叶，通常具裂缝间的小叶，黏的短柔毛；好的花梗有节在中部以上；叶强烈香的当挤压时；花萼裂差不多半路上；地下块茎宿存 19 Solanum tuberosum 阳芋

Petiole of basal and lower cauline leaves (1-)2-5(-8) cm, considerably flattened at base; leaf blade oblong-oblanceolate in outline, appearing pinnately compound,(0.5-)5-15(-22) cm, sparsely to densely pubescent; lateral lobes 7-13 on each side of rachis, broadly ovate, oblong, or linear,(0.5-)1-2.5(-4.6)× 0.1-1(-2) cm, base decurrent, margin entire, irregularly serrate, or laciniate, apex acute or obtuse.

叶柄的基部和下部茎生叶(1-)2-5(-8)厘米，相当大扁平在基部；轮廓长圆形倒披针形的叶片，出现羽状复叶，(0.5-)厘米，疏生兑一密被短柔毛5-15(-22)；在轴的每边的侧面裂片7-13，宽卵形，长圆形，或线形，( 0.5-)1-2.5(-4.6)* 0.1-1(-2)厘米，基部下延，边缘全缘，不规则有锯齿，或条裂，先端锐尖的或钝。

There are a numbers of the osmiophilic substance in the plastids of secretory cell in the secretory phase in the peltate hairs and the place of synthesis of lipoid substance can be considered to be in the plastids.

观察发现，在盾状腺毛处于分泌期的分泌细胞的质体中存在大量的嗜锇物质，推测质体可能是脂类物质的最初合成场所。

Fruiting hypanthium campanulate, 8–10 × ca. 5 mm including prickles, abaxially 10-ribbed, pilose, with a multiseriate crown of prickles; outer prickles reflexed, inner ones spreading.

果托杯钟状， 8-10 *约5毫米包括皮刺，背面的10肋，具柔毛，具一皮刺的multiseriate树冠；反折的外部皮刺，平展的内部的。

Stem and pedicels papillose-pubescent; leaves of 2 shapes, basal 2 different from and much larger than others; flowers slightly zygomorphic; nectary on 1 outer tepal much larger than others and spurred abaxially

茎和花梗小乳突状短柔毛；叶的2个形状，基部不同于和很多比其它的大；花有点左右对称；在背面1 外部花被片很多比其它的大和距上的蜜腺 21 FRITILLARIA karelinii 砂贝母

Leaves narrowly hastate, both surfaces densely stellate hairy; wings of ocrea with dentate margin.

狭戟形的叶，星状毛的两面浓密；托叶鞘具具牙齿的边缘的翅。 101 P 。 maackianum 长戟叶蓼

A few epidermal hairs distributed on the Costa of Lonicera Japonica Thumb. The upper epidermis of Solidago decurrens Lour were covered with sparse stellate hairs. The stomas distributed on the upper epidermis hairs of Lonicera Japonica Thunb, Lonicera confuse and Solidago decurrens Lour, which could reflect the sunlight and decrease the transpiration to adapt the highlight and drought environment;(2) The leaf blades of Polygala japonica butt were fleshy, and the sunk stomas distributed on both the sunk place of the upper epidermis and lower epidermis, which help to water conservation.

结果：(1)忍冬、华南忍冬、黄花草下表皮均分布浓密的表皮毛，忍冬上表面中脉有少量表皮毛，黄花草上表皮分布有稀疏的星状表皮毛，忍冬、华南忍冬和黄花草的气孔位于下表皮毛间隙，这种结构可反射阳光和阻止水分蒸发，从而适应强光和水分不足的环境；(2)瓜子金叶片为肉质叶，上下表面均有气孔分布，并出现明显的下陷。

The results showed that Leymus chinensis from different region adapted to the different characteristics in the drought.That main displayed the number and length of the prickle hairs.Bulliform cell reduced with the extent of drought.

结果表明：生长在不同区域中的羊草表现出了不同的适应干旱的特征，主要表现在刺毛的多少、长短上；泡状细胞随干旱的程度而递减。

Culm internodes densely pruinose; culm sheaths with conspicuous longitudinal ribs, tessellate venation distinct; leaf sheath oral setae to 6 mm.

节间浓密具粉霜的Culm；有显眼的长度肋骨的竿箨，棋盘格状脉络清楚；叶鞘口头的刚毛到6毫米 14 Y。

Foliage leaf sheath with interior ligule and a less distinct external ligule, often with well-developed auricles and/or oral setae; blade deflexed, broad, roughly linear-lanceolate, base narrowed into pseudopetiole, articulating and eventually separating from persistent sheath, transverse veinlets often forming distinctly tessellate venation.

叶叶鞘具内部叶舌和一个不怎么离生的外部叶舌，通常具发育良好叶耳和/或口头的刚毛；外折的叶片，宽，粗糙线状披针形，对假梗的基部狭窄，有节并且最终从宿存鞘，横裂细脉通常分开清楚形成脉序。

The absorption and distribution of chromium were studied in ryeusing nutrient culture technique and pot experiment.

采用不同浓度K2CrO4(0，0.4，0.8和1.2 mmol/L)的Hoagland营养液处理黑麦幼苗，测定铬在黑麦体内的亚细胞分布、铬化学形态及不同部位的积累。

By analyzing theory foundation of mathematical morphology in the digital image processing, researching morphology arithmetic of the binary Image, discussing two basic forms for the least structure element: dilation and erosion.

通过分析数学形态学在图像中的理论基础，研究二值图像的形态分析算法，探讨最小结构元素的两种基本形态：膨胀和腐蚀；分析了数学形态学复杂算法的基本原理，把数学形态学的部分并行处理理念引入到家实际应用中。