毛内的

The results show that the increasing Marangoni number will lead to more nonlinear distribution of temperature field, but streamfunction of the cell center; vorticity on the wall and peak value of velocity diminish first, then increase, finally lose stability. The thermocapillary convection in the whole liquid zone appears to get stronger along with the augmentation of Prantal number. The effect of increasing of Biot number on temperature and flow fields is not obvious although the convection is strengthened a little. As increasing the aspect ratio A, thermocapillary convection induced by temperature gradient and liquid viscosity becomes stronger.

结果表明：温度场的非线性分布随着Ma数的增大而加剧，但对流涡胞中心流函数、壁面涡量和轴向、径向速度峰值并不象温度场随着Ma数的增大而单调增大，而是先减小，然后增大，最后失稳，表明Ma数对热毛细对流的影响比较复杂，针对不同的物理模型，会导致完全不同的流态；Pr数愈大，流体的热扩散能力在粘性扩散与热扩散能力之比中愈占支配地位，当Ma数一定时，热毛细对流随Pr数的增大在整个液体区域内有增强的趋势；Bi数增大，热毛细对流有所增强，但不甚明显；A的增大使得由温度梯度和流体粘性诱导的热毛细对流随之增强。

ZO1 and Cx26 expressions in the sensory epithelium have different location and were not overlapped. Tight junctions maintain the ion barrier between the endolymph and perilymph,and gap junctions take part in ion transportation.

Cx26和Cx30分布在基底膜的各种支持细胞，在感觉毛细胞没有表达；此外，该研究发现Cx26和ZO1在耳蜗内具有不同的表达方式和表达部位，紧密连接ZO1在网状板面构成了毛细胞之间或与其支持细胞之间的离子屏障，阻止内、外淋巴之间的相互流通，保持了各自之间的离子平衡；缝隙连接则表达在基底膜的深层，参与离子转运。

The coat and heavy mane is thick, with coarse guard hair and a wooly undercoat.

它的被毛和鬃毛茂密，分为粗硬的针毛和软和的内毛。

The coat an heavy mane is thick , with coarse guard hair and a wooly undercoat .

它的被毛和鬃毛浓密，分为粗硬的针毛和柔软的内毛。

Sepals 5-6.5 mm, mucro 1.5-2 mm, ratio of mucro/sepal length = ca. 0.3, outside with 0.1-0.6 mm antrorse to patent nonglandular trichomes and 0.2-0.5 mm patent glandular trichomes, inside glabrous.

萼片5-6.5毫米，短尖头1.5-2毫米，短尖头/萼片长度的比率=约0.3，外面有0.1-0.6毫米向上到开展的非腺状毛和0.2-0.5毫米开展的腺毛，内面无毛。

Glumes (1–)3(–5), transitional with basal, sterile lemmas; lemma 7- to many veined, abaxially commonly puberulent and with distinct tessellation, adaxially slightly scabrous with minute setulae, apex acuminate with an awnlike point; palea conspicuously smaller than lemma or equaling in length but much narrower in upper florets, abaxially minutely setulate, 2-keeled, 2–4-veined between and beside keels, apex obtuse or emarginate; lodicules 3, membranous with thickened lower portion, 5–7-veined, margins ciliate, anterior pair of lodicules usually asymmetrical.

颖片(1-)3(-5)，基部，不育的过渡具；外稃7-在很多脉，背面通常被微柔毛并且有清楚棋盘花纹，有微小setulae，芒状点的先端渐尖正面有点粗糙；内稃显著但是非常在上面小花内狭窄的小于外稃或者等长，鳞被3，膜质具加厚更低的份，5-7脉，边缘具缘毛，前面的对鳞被通常不对称。

Leaf sheaths glabrous, pilose at mouth (hairs ca. 2 mm), tightly overlapping; leaf blades gray-green, involute or rarely flat, 4–18 cm, abaxial surface smooth, adaxial surface scabrid.

在嘴(毛约2毫米)无毛，具柔毛的叶鞘，紧紧地重叠；叶片灰绿色，平的内卷或很少，4-18厘米，背面平滑，正面。

Inner faces of rays strigose or pubescent, outer faces glabrous.

伞辐的内面具糙伏毛的或短柔毛，外面无毛。

Spikelets weakly laterally compressed, florets 2 to several, disarticulating above glumes and between florets; rachilla internodes slender, usually 1/3–1/2 length of lemma; glumes shorter than lowest lemma, 1–3-veined; floret callus truncate, glabrous or bearded; lemmas papery, 3(–5)-veined, glabrous, apex acute; palea almost as long as lemma, keels ciliolate or glabrous.

小穗身体虚弱的侧面压扁，小花2到数枚，高于颖片脱节并且在小花之间；节间纤巧的小穗轴，通常是1/3-1/2段外稃；颖片短于最低的外稃，1-3脉；小花结茧削去，无毛或者被公然反对；纸质的外稃，3(-5)脉，无毛，先端锐尖；几乎的内稃倍于外稃，龙骨具短缘毛的或无毛。

Ito,et al reported that many surviving transplanted-NSCs migrate to reach cochlear hair cell on 28th day after transplanted into the cochlea of newborn rat,some of them took on the identical morphology of inner or outer hair cells and expressed Phalloidin.

Ito等实验表明大鼠海马来源的神经干细胞(neural stem cells，NSCs)移植入新生(P0，P2)大鼠内耳后4周，部分存活的NSCs迁移至耳蜗毛细胞表面，形态上与内、外毛细胞相似，并表达毛细胞标志物Phalloidin。

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。