萼

Flowers generally 4-merous, rarely 5-merous; sepals thick, semiorbicular, ca. 2 mm wide, margin ciliate with dark brown toothlike cilia or entire; petals broadly elliptic, ca.

一般的花4瓣，很少5瓣；萼片粗，半圆形，宽约2毫米，暗褐色的边缘具缘毛具齿状缘毛或全缘；宽椭圆形的花瓣，长约3毫米。

Flowers 4-merous, 5-6 mm in diam.; sepals semirotund; petals brownish red.

花4基数，直径5-6毫米；萼片半圆；花瓣棕红色。

Peduncle 1.8-3 cm, 1-3 × dichotomously branched, several flowered, very slender; pedicel 5-10 mm. Flowers 4-merous, ca. 10 mm in diam.; sepals semirotund; petals greenish white, oblong.

花序梗1.8-3厘米， 1-3 分枝，数朵花，很细长；花梗5-10毫米花4瓣，直径大约10毫米；萼片半圆；花瓣带绿色白色，长方形。

Calyx lobes linear, becoming semiterete, incurved, ca. 2 mm, to 4-5 mm in fruit, persistent.

萼裂片线形，变得半圆柱形，弯曲，约2毫米，在果期对4-5毫米，宿存。

Perianth rotate, spreading, or erect, inserted at rim of receptacle tube; segments numerous, outer ones sepaloid, inner ones petaloid.

花被辐状，平展的，或者直立，着生在花托筒的凸缘；裂片多数，外部的萼片状，内部的瓣状。

Capsule oblong, included in persistent calyx, septicidal.

蒴果长圆形，在宿萼内包括，室间开裂。

Current year branchlets and leaf blades glabrous or sparsely yellow puberulent; leaf blade reticulate veins obscure on both surfaces; sepals inside sericeous

当年小枝和叶片无毛的或疏生黄被微柔毛；叶片网脉不明显在两面；在被绢毛里面的萼片 8

Sepals and petals abaxially densely sericeous; flower buds broadly ovoid; leaflets 7-12 pairs, oblong- lanceolate.

萼片和花瓣背面的密被绢毛；花芽宽卵形；小叶7-12 对，长圆状披针形。 2 S。 rarak 毛瓣无患子

Current year branchlets white pubescent; leaf blade 5-14 cm; sepals outside glabrous or sparsely pubescent, inside densely sericeous.

当年小枝白色短柔毛；叶片5-14厘米；萼片外面无毛或疏生短柔毛，里面密被被绢毛。 21 C。 sinensis 茶

Leaf blade apex rounded and retuse, abaxially reddish sericeous tomentose when young; corolla white, 10--12 mm; sepals 6.5--8 mm; stamens 28--30

先端圆形和微凹，背面带红色被绢毛被绒毛的叶片幼时；花冠白色，10 --12毫米；萼片6.5 --8毫米；雄蕊28 --30 2 Madhuca hainanensis 海南紫荆木

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。