可认识的

We found that during the growth process the double steps first grow separately and the connected by short bridge before tangential growth. After eighth or ninth layer the spiral steps would merge into intact elliptic layers. At the merging point right-handed spiral sources might appear but the left ones always overgrow it which made the whole growth topography looked like left-handed apparently. It indicated that the EAFP molecules has strong ability to adjust itself to adapt the environment. 5. Through various analysis of interactions in the EAFP crystals it indicated that there were 218 residue interactions between 12 symmetry-related EAFP molecules around one EAFP molecule, 18 strong ones and 72 weak ones .

EAFP在低过饱和度下的螺旋生长过程中会出现台阶的合并，从而表现出单-双的螺旋台阶，在小范围扫描中捕获到了这种现象，使得对螺旋生长台阶的合并过程有了更加深入的认识；并且台阶的生长受到沿晶体学b轴方向上的21螺旋对称的控制；当台阶生长至第八到第九层时，螺旋台阶会自动地形成完整的生长层，这充分说明了EAFP分子或分子簇具有良好的自身调节能力，这样在晶体生长过程中，晶体的缺陷减少，晶体质量提高，这也可说明EAFP晶体的x射线衍射能力很强的原因。

And tell you the principle concerning bike,we can learn how and when it was invented and its basic structure as well from the passage.we got the history of bike and when it become popular,these are really interesting.although we usually ride bike around,we're not familiar with the history and the basic structure of it.after learning the unit,it give me a fresh knowledge of bike,and also tell us commonsensibles like how to forbit downdipping while riding in muddinesses and so on.it's a great help for us.because why don't learn more to keep our bikes more safe?

而且从文章告诉我们自行车是怎么样发明的？什么时候发明的？它的构造又是怎么样的？让我们了解了自行车的历史。以及它是什么时候开始流行的。这些都相当有意思。虽然平时我们经常骑脚踏车，可对他的历史来源和它的简单构造也不是很清楚，但学了这单元之后，使我对脚踏车又有了一个新的认识。而且它还告诉我们，当我们骑在泥泞的地面时，怎么样避免下沉？等等一些常识性的问题，可以让我们在现实生活中运用到，这是起着很大作用的，因为多点了解就能让自己的行车得到更好的安全保证。何乐而不为呢？

I'm a sonsy student.in fact, if you know me for a long time, you will find that i am good at many things except study.as a student,i know it's wrong to do so.howvever,i hope that you can understand me.as a matter of fact,i'm a child tied by my parents.i want to learn things i like,but never get support.i like art and hip-hop,and i can do them well.but actually i can do nothing.so i want to get free space to show myself.i received your phone today,you said you supported me.it made me moved.thank you very much!

我是个很开朗的学生，其实如果和我认识久了，您会发现我除了学习不好以外，别的都很优秀。作为一个学生，我知道自己这样做很不应该，但是，我希望您可以理解我。说实话，我是一个被家长束缚的孩子，我渴望可以学习自己喜欢的东西，但是却从来没有得到过支持。我喜欢艺术，也喜欢街舞，并且我可以做的很好，可现实我什么也不能做，所以，我想要得到自由的空间，去闯出我的一片天地。今天接到你的电话，你表示很支持我，让我很感动，真的很谢谢你！

Compared with the first stage, research of this period has the multi-dimensional characteristics, which is the important part of this paper.In the first chapter, we introduce the development of communicative structural theory in the first stage, summarizing scholars viewpoint on some elementary theoretical questions, such as the standard and the method of actual division of the sentence, the categorical sentence and thetic sentence, the relations between the syntactic division and the actual division, theme/ rheme and given/new.

在绪论中，我们介绍了交际结构理论第一阶段的发展情况，主要是综述学者们对交际结构的层次归属、实际切分与句法切分的关系、实际切分的标准与手段、可切分句与不可切分句、主位／述位与已给／新给之间的关系等基本理论问题的观点，并对其中的一些问题阐述了自己的认识。

According to the analysis of features of the key outcrop sequence stratigraphy, build the sequence frame, through the section comparison, and the study of feature of the 5 key outcrops, then it can be concluded that, conglomerate on the denudation plane or the other contrastive sediment are the main features surrounding the bottom border of the sequence. In the foreland basin sediment environment, the transilient group of mud rock and sandstone are the main sediment features of low-stand system tract. Thick mud rock and sandstone interbedded is the chief component of transgressive system tract, sometimes together with thick turbidity current sandstone; High-stand system tract is composed by the combination of mud rock and sandstone interbedded, with the progradation as its main style. Maximum flooding surface Sediment are usually mudstone, and the thickness is different from each other.

依据关键露头剖面高精度层序特征分析，通过剖面对比建立高精度等时层序地层格架，通过对5条关键露头剖面的详细高精度层序特征分析，认识到：剥蚀面上的粗碎屑岩或与之可区域对比的其它沉积是层序底部边界附近的主要沉积特征；在盆地沉积环境中，砂泥岩发育，厚层、块状砂岩与泥质岩类的突变组合是低位体系域的主要沉积特征；湖进体系域以厚层泥岩夹砂岩为主，有时夹厚度较大的重力流砂体；高位体系域为砂泥互层沉积组合，以进积式叠加样式为主；最大湖泛面多为泥岩，但其厚薄不一。

June 28. Having been somewhat refresh'd with the Sleep I had had, and the Fit being entirely off, I got up; and tho' the Fright and Terror of my Dream was very great, yet I consider'd, that the Fit of the Ague wou'd return again the next Day, and now was my Time to get something to refresh and support my self when I should be ill; and the first Thing I did, I fill'd a large square Case Bottle with Water, and set it upon my Table, in Reach of my Bed; and to take off the chill or aguish Disposition of the Water, I put about a Quarter of a Pint of Rum into it, and mix'd them together; then I got me a Piece of the Goat's Flesh, and broil'd it on the Coals, but could eat very little; I walk'd about, but was very weak, and withal very sad and heavy-hearted in the Sense of my miserable Condition; dreading the Return of my Distemper the next Day; at Night I made my Supper of three of the Turtle's Eggs, which I roasted in the Ashes, and eat, as we call it, in the Shell; and this was the first Bit of Meat I had ever ask'd God's Blessing to, even as I cou'd remember, in my whole Life.

这些我在故事一开始就提到了。父亲说，我如果执意采取这种愚蠢的行动，那么，上帝一定不会保佑我。当我将来呼援无门时，我会后悔自己没有听从他的忠告。这时，我大声说，现在，父亲的话果然应验了：上帝已经惩罚了我，谁也不能来救我，谁也不能来听我的呼救了。我拒绝了上天的好意，上天原本对我十分慈悲，把我安排在一个优裕的生活环境中，让我幸福舒适地过日子。可是，我自己却身在福中不知福，又不听父母的话来认识这种福份。我使父母为我的愚蠢行为而痛心，而现在，我自己也为我的愚蠢行为所带来的后果而痛心。本来，父母可以帮助我成家立业，过上舒适的生活；然而，我却拒绝了他们的帮助。现在，我不得不在艰难困苦中挣扎，困难之大，连大自然本身都难以忍受。而且，我孤独无援，没有人安慰我，也没有人照应我，也没有人忠告我。想到这里，我又大喊大叫：&上帝啊，救救我吧！我已走投无路了啊！&多少年来，我第一次发出了祈祷，如果这也可算是祈祷的话。现在，让我重新回到日记上来吧。

Accordingly the whole understanding to the pressure and velocity state of flow field around high-speed train is comprehended.

从而得第 11页西南交通大学搏士研究生学位论文到列车外部流场中压力和速度分布状况的较为完整的认识，为列车的强度设计，列车周围设施的抗风设计以及路边作业人员的安全和行为规范的制定提供了一个可资参照的依据。

Cavitations is the major problems of designing water hydraulic valve, understanding the relationship between shape of valve and cavitations , avoiding cavitations is extremely important, this paper, the numerical simulation and visualization research of flow field is carried out to research relation between the flow field of poppet valve and the length of valve seat by finite volume numerical method.

气穴是研制水压阀存在的主要难题，认识阀口形状与气穴的关系，避免产生气穴现象是极其重要，本文应用有限体积数值计算方法针对阀座倒角长度变化对水压阀阀道内流场的影响进行数值模拟和可视化研究，得到了一些有益的结论：倒角长度的改变对阀口间隙以及阀芯锥面与柱面相接的地方的负压会产生比较大的影响

The rational understanding of lesbian discourse, literate women and woman/sex liberation can help interpret women writing tendency and reality of the society, the group and the individual in the new era of cultural pluralism and globalization.

在文化多元化、全球化的趋势下，正确理解当代女同性恋话语、认识女性、性别解放运动的新的意义可更好地把握当代妇女创作动向，解读她们作品所体现的社会的、群体的和个人的现实。

We have front-print equipment tradition technical service experience and the leading science and technology in the world for many years. We can provides complete setsolution of front-print technical for the user, The company realized that to be as professional service provider in the field, we can provides the reasonable equipment, the specialized technical advisory work. the consummation post-sale service for the customer is the company bases the foundation, invests the massive manpower and the capital for this company for a long time to carries on specialized training for the company technical personnel and the sales personnel, already has one the sale and the service troop which the digitized expert is composed for front-print technology. we may provide the customer from purchase equipment to install and operation training, the technical support, the maintenance service and so on for all service,The post-sale service, provides the most economical CTP solution for China's middle-small printing enterprise.

具有多年来在国际印前设备的传统技术服务经验和领先科技，为用户提供印前技术的全套解决方案，公司认识到作为专业领域的服务商，为客户提供合理的设备、专业的技术咨询、完善的售后服务是公司立足之本，为此公司投入大量人力与资本，长期为公司技术人员和销售人员进行专业的培训，现已拥有一支由印前数字化专家组成的销售和服务队伍，可对客户购置的设备提供现场安装调试、操作培训、技术支持、保养维修等一条龙的售后服务，为中国的中小印刷企业提供最经济的CTP 解决方案。

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。