萼

Sepals 6, white, obovate to rhombic-obovate, 2--3 × 1--1.5 cm, abaxially densely velutinous along midvein, adaxially glabrous, margin glabrous, apex acute.

萼片6，白色，到菱形倒卵形， 2-3 * 1-1.5 厘米，背面的密被茸毛沿中脉，正面无毛，边缘无毛，先端锐尖。

Sepals 4, yellow, ascending, oblong or long elliptic, 0.8--1.6 × 0.4--0.85 cm, abaxially puberulous or glabrous, adaxially glabrous, margin narrowly winglike, velutinous on inner line, apex obtuse.

萼片4，黄，上升，长圆形或更长椭圆形， 0.8-1.6 * 0.4-0.85厘米，背面的被微柔毛或无毛，正面无毛，边缘狭翅状，茸毛，先端钝。

Sepals 4, white, spreading, lanceolate, oblong, or obovate-oblong, 1--2.4 × 0.4--1.2 cm, abaxially appressed sericeous-puberulous, adaxially glabrous, margin velutinous, apex subacute.

萼片4，白色，平展，披针形，长圆形，或倒卵形长圆形， 1-2.4 * 0.4-1.2 厘米，背面贴伏被绢毛被微柔毛，正面无毛，边缘茸毛，先端近尖。

Scape extravaginal, somewhat curved and drooping,30-35 cm long, with yellow and scentless flower; sepals narrow-obovate,4.5-5.5cm long; lip broad-ovate,, 3-lobed, mid-lobe with broad V-shaped purple-red blotch, velutinous in the V area.

花葶从叶鞘中穿出稍弯下垂，长30~35cm ，有6~20朵花，黄绿色，无香味；萼片狭倒卵形，长4.5~5.5cm ；唇瓣宽卵形，3裂，中裂片中部有宽阔的&V&字形紫红色斑块， V 形区有天鹅绒般细毛。

Seeds verrucose in center; calyx lobes linear-lanceolate to ovate-lanceolate, apex acute to acuminate.

在中心瘤状的种子；萼裂片线状披针形的到卵状披针形，先端锐尖或渐尖。

Sepals triangular or broadly so, ca. 1.5 mm, sparsely villous on both surfaces.

宽如此的萼片三角形的或，约1.5毫米，疏生长柔毛在两面。

A circular or whorled arrangement of flower parts such as those of petals or sepal s.

&花的圆形或者螺纹状的排列，比如花瓣或者萼片。&

A circular or whorled arrangement of flower parts such as those of petals or sepals.

&花的圆形或者螺纹状的排列，比如花瓣或者萼片。&

Botany A circular or whorled arrangement of flower parts such as those of petals or sepals.

花序：花的圆形或者螺纹状的排列，比如花瓣或者萼片

Brachionus calyciflorus is a common specie in freshwater ecosystem, and has important status in structure construction, material cycle and energy transportation in freshwater ecosystem.

萼花臂尾轮虫是淡水常见轮虫种类之一，在淡水生态系统的结构组成、物质循环和能量传递过程中具有重要的作用。

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。