毫米

Young leaves and flowers with yellow stellate hairs; peduncle ca.

幼叶和花具黄的星状毛；花序梗约1毫米；花瓣3-3.5毫米 6 H 。

Pendant is Approximate Height is 38 MM and Width is 19 MM.

吊坠是近似高度为38毫米和宽度是19毫米。

5 Mm. Female flower greenish, subglobose in bud, ca. 1 mm; perianth tube ca.

雌花在芽中近球形的，约1毫米；花被筒约0.8毫米。

Petiole long, more than 10 mm, longest up to 30 mm

叶柄长，超过10毫米，长可达30毫米 11

Leaves palmately 3(-5)-foliolate; stipules membranous, lanceolate, ca. 8 mm, caducous; petiole 8-20 cm; terminal petiolule 2-5 cm, lateral petiolules 5-20 mm; leaflet blades ovate, elliptic, obovate, or elliptic-ovate, 7-15 × 4-8 cm, papery, sparsely pubescent only on nerves, glabrescent, base broadly cuneate to obtuse, margins with 2 or 3 teeth per cm, apex acute or caudate-acuminate.

叶具掌状3(-5)小叶；托叶膜质，披针形，约8毫米，早落；叶柄8-20厘米；顶生小叶柄2-5厘米，侧生小叶柄5-20毫米；小叶叶片卵形，椭圆形，，或椭圆状卵形， 7-15 * 4-8 厘米，纸质，只在叶脉具稀疏短柔毛，后脱落，基部宽楔形到钝，边缘每厘米具2或3牙齿，先端锐尖或尾状渐尖。

Fig. 3 illustrates the surface prole that is obtained by front and back cutting for a depth of cut of 0.5 mm, spindle speed of 750 rpm and feeds from 0.4 up to 1.0 mm/rev.

图。 3说明了表面轮廓是获得正面和背面切割的切削深度为0.5毫米，主轴 750转的速度和饲料由0.4上升到1.0毫米/转。

During our installation it was changed to 8 mm multilayer wood, which was only completed on left proscenium tower.

假台口幕布未能全部在我们的监管下安装完成，一开始木板不符合要求只有3至5毫米厚，在我们安装过程中只有左假台口的被更换成8毫米的多层木板。

Culms 1.5–4(–6) m tall; rachis internodes 3–5 mm; upper lemma mucronate or with awn to 3 mm.

秆1.5-4(-6)米高；轴节间的3-5毫米；上面外稃短尖的或具芒到3毫米 9 S。

The annual rainfall is 400 ~ 700 mm eastern and western about 900 to 1,200 mm.

年降水量东部400~700毫米，西部约900~1，200毫米。

Fructification is globose, diameter 8, 11 millimeter, the black when maturity, constellation keeps post head record; Fruit handle is long 6, 14 millimeter; Cent nucleus 7, 9, back has Zong Wen, woodiness.

果实球形，直径8—11毫米，成熟时黑色，宿存柱头头状；果柄长6—14毫米；分核7—9颗，背部有纵纹，木质。

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。