浓密

Seed scales triangular-ovate, ovate, or subrhombic, usually densely purplish brown hairy abaxially, apex rounded

三角状卵形，卵形的种鳞，近菱形的或，有毛背面，先端圆形的略带紫色棕色的通常浓密 7 Larix sibirica 西伯利亚落叶松

Petiole 2-12 mm, white villous; leaf blade ovate to triangular-cordate, 2.1-6 × 1.5-4.2 cm, adaxially sparsely white pubescent, abaxially gray and densely white pubescent, base cordate to subtruncate, margin crenate-serrate, apex acute or rarely obtuse.

叶柄2-12毫米，白色长柔毛；叶片卵形心形到三角形， 2.1-6 * 1.5-4.2 厘米，正面疏生白色短柔毛，背面灰色和浓密白色短柔毛，基部心形到近截形，边缘具圆齿有锯齿，钝的先端锐尖或很少。

Inflorescence more than 30-flowered, very densely pale-grayish tomentose throughout, indumentum obscuring rachis surface, bracts to 4 mm; sepals 4-5 mm, thickish in texture.

非常浓密，30花的超过花序被绒毛的浅灰色在整个期间，毛被不明显轴表面，苞片兑4毫米；萼片4-5毫米，在质地方面的thickish。

It is sufficiently dense to be waterproof, thornproof, and weatherproof.

相当浓密，能防水、防荆棘、且能抵御恶劣的气候。

Plant densely stellate tomentose; styles 5; capsule 5-valved; pedicel to 4 mm.

浓密的植株被星状绒毛；花柱5；蒴果5瓣裂；花梗到4毫米 1 G 。

Calyx teeth ovate-deltoid and ca. 2 mm; leaf blade abaxially densely stellate tomentose but stellate pubescent on veins

卵形萼齿正三角形和约2毫米；除了星状短柔毛在脉上，浓密的叶片背面被星状绒毛 22 Styrax chinensis 中华安息香

Stem, branches, and abaxial leaf surface not white lanate-tomentose, sometimes densely gray tomentulose; calyx less than 1 cm.

茎，分枝，并且叶背面不白色具绵状毛，有时浓密灰色；花萼不到1 厘米 4

Mountains of opaque dust appear on the right, while other dark filaments of dust are visible threaded throughout the nebula. A single massive star visible near the center causes much of the Trifid's glow.

此外，影像右方有山峰状的浓密尘埃云，以及散布在星云各处的尘埃丝带，而影像中央的那颗大质量恒星提供了三裂星云发出辉光的能源。

An ornament, a symbol, or an architectural form having the appearance of a trifoliate leaf.

蚤草一年生的欧亚植物有对生叶片，浓密的穗中长有小花

Peduncles, stems, and branches densely glandular hairy and hirsute; achenes trigonous.

花序梗，茎和分枝浓密的腺毛和具粗毛；瘦果三棱。 23 P 。 viscosum 香蓼

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。