毛出

Based on the analysis and the investigation of Guzhang Maojian-tea processing traditional technology, machine-processing technology is formulated, and the elementary action is determined. According to the elementary action which is requested, the eccentric mechanism、 the elevation angle adjustment mechanism and the pressure control mechanism have been designed and analyzed.

通过对毛尖茶叶传统加工工艺的分析和实地考察，制定出了毛尖茶叶机械加工工艺，确定了茶叶加工时所必须的基本动作，根据基本动作设计出了偏心机构、仰角调节机构和压力调节机构，并对机构进行分析。

The type and the size of epidermis cell, epidermis hair, stomata apparatus and inside blade tissue;Ascertaining by measuring the epidermis cell thickness of the stem, the type and density of the epidermis hair,the density of lenticel; the thickness of cortex, phellogen, vascular tissue and pith;And calculate the ratio of cortex and radius, the ratio of vascular tissue and radius, the ratio of pith and radius…….

测定出叶片表皮细胞、角质层和厚角组织厚度，表皮毛、气孔器和叶内组织的类型、大小等；测定出茎的表皮细胞厚度，表皮毛的类型和密度，皮孔密度，皮层、栓皮层、维管组织和髓的厚度，计算皮层与半径之比，维管组织与半径之比，髓与半径之比等。

Shaikh, a former manager of a London minicab company who was born in Pakistan and moved to Britain at age 11, has prompted unusually broad protests.

什肯阿克毛出生于巴基斯坦，于11岁时移居英国。涉案前他曾管理着一个小型伦敦出租车公司。

After the researching about the styles, sculpting and the colors of the knitting products, the cause of the influence on the knitting from the Geometry pattern is summarized in the article. After the researching on the designing ways about Geometry patterns, the primary designing ways ang thoughts are summarized in the article. When working in the knitting factories, I tried to use what I have studied in the factories to my research. Then I added the modern technique to the geometry pattern designs. At last, the new design thoughts and the emphases of the market design for different age, jobs about the Geometry were brought forward.

本文在对毛衫上的几何图案造型、风格、色彩进行研究分析后，针对基本几何图案和组合几何图案分别总结出它们影响毛衫风格的主要因素，在对几何图案的造型手法进行深入研究分析后，归结出毛衫几何图案设计创新的主要手法和思路，同时综合在毛衫企业实习后的得到感受和经验，将几何图案结合现代毛衫工艺手法，针对不同年龄、职业、消费层次的市场提出不同的设计思路和实践操作要素。

Such as inflammation of joints, the lower leg, such as chronic venous insufficiency lead to long-term sustainability of the skin caused by congestive hairy; hyperthyroidism in Pretibial myxedema patch Department often long acuminatum out; hypothyroidism and limbs of children in the back outside a large number of hair growth; children with viral encephalitis and inter-brain barrier after mumps-induced systemic hairy; head injury, especially after the children more prone to hair; children with primary malnutrition or enteropathy, or other malabsorption, or severe infections caused by malnutrition could rise to a large number of multi-body hair; anorexia nervosa patients in the face, trunk and upper limbs have more hair grow; infant limb pain patients in the limbs, face, trunk and more hair; dermatomyositis patients, mainly in children can be located hairy forearm, leg and temporal, but also a broader scope; Berordinelli syndrome, that is, growth and maturity accelerated from an early age, and accompanied by malnutrition and intestinal muscle atrophy, common hepatomegaly and high blood fat, the skin of patients with rough, often hairy; addition of certain drugs such as streptomycin, such as cortisone can cause iatrogenic hairy; some women as a result of adrenal, ovarian and other diseases caused by increased androgen can also result in more hair.

如炎症性关节，小腿慢性静脉机能不全等导致长期持续的皮肤充血造成多毛；甲状腺机能亢进者在胫前粘液性水肿的斑块处常有粗毛长出；甲状腺机能减退的儿童背部和四肢外侧有大量毛发生长；儿童在病毒性脑炎及流行性腮腺炎后间脑障碍所致的全身性多毛；头部外伤后特别是儿童易发生多毛；儿童原发性营养不良或肠病，或其他吸收不良，或严重感染引起的营养不良均可引起大量全身性多毛；神经性厌食症患者可在面部、躯干和上肢有较多的毛发长出；婴儿肢痛病患者可在四肢、面部、躯干部多毛；皮肌炎患者，主要发生于儿童中，多毛可位于前臂、小腿和颞部，但范围也更广泛；Berordinelli综合征，即生长和成熟从小就加速，并伴有肠营养不良和肌肉萎缩，常见肝肿大和高血脂，其患者皮肤粗糙，常多毛；此外某些药物如链霉素、可的松等可造成医源性多毛；某些妇女因肾上腺、卵巢等疾病致雄性激素增多也可造成多毛。

The first signs of the silvered, diluted coat starts to show as light "roots".

首先出现的变银色，浅色的毛出现在浅色的毛发根部。

For instance , mammals self-groom to remove parasites that maybe transferred from a nearby opposite-sex conspecific during an encounter .

例如，动物通过自我理毛可以清除在与附近的同种异性接触期间传播来的寄生虫，当嗅出同种异性的气味时也可能自我理毛，因为自我理毛是一种动物在逃避还是战斗之间所面临的进退两难选择时表现出来的改向行为。

Fimbriae are proteinous appendages present on the most of the Gram negative bacteria including Salmonella. The genomic DNA of S. Choleraesuis possesses the std fimbrial gene cluster that has the potential to encode fimbrial appendages.

线毛是一种位於大多数革兰氏阴性菌外膜上的一种毛发状蛋白质结构物，猪霍乱沙门氏菌具有std线毛基因组，其可转译出相似於线毛的结构物。

Objective: To observe the difference between the speciesTrichophyton rubrum and Trichophyton mentagrophytes.

目的：观察红色毛癣菌和须癣毛癣菌临床分离株DNAPCR指纹的差异，找出一种区分红色毛癣菌和须癣毛癣菌的基因分类方法。

Kempers' study , the more layers the mesh screen type had, its resistance against gravity was higher, but its heat resistance and flow resistance were comparatively augmented. As mentioned in the preceding paragraph, it is extremely difficult for a single micro structure based on any of the three types to possess both low flow resistance and strong capillary force. Faced with this fact, the researchers have tried to mix the three micro structures in Table 2 into as many combinations as possible so that a composite micro structure with low flow resistance and great capillary force may be fabricated. After a thorough analysis, the groove combined with sintered metal or mesh screen has been found to be a better alternative. However, the groove combined with sintered metal will raise the flow resistance of the channel, and the aluminum substrate employed in this research cannot be sintered into a micro structure. As a result, the groove combined with mesh screen is finally chosen as the composite structure to enhance its capillary force and at the same time maintain its high permeability. In this way, the heat pipe will not fail due to the working angles.

Kempers 的研究当中提到，当网格结构越多层时，其对抗重力的能力也越强，但相对的其热阻以及流阻也越高，就如同前段所述，我们很难在单一结构当中找出一流阻低且毛细力之微结构；因此本研究便以表2中之三种微结构进行组合，找出一低流阻且毛细力强之复合式结构，经分析发现，沟槽搭配烧结以及沟槽搭配网格为较佳之组合方式，但由于烧结搭沟槽构造将会提高流道之流阻，且本研究使用铝做为基材，并无法使用烧结最为其微结构，故将采用网格搭配沟槽之复合式结构提高结构的毛细力，并维持沟槽结构的高渗透性，解决因角度造成热管失效的问题。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。