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And now my opinions about the Tosa Inu breed. I bought my puppy when he was 45 days old. So it is safe to say that I have been with him from the moment he was born. The Tosas show their character from the day 1. He made sure that everyone in the house knew his place and his toys. Even when I took him for a walk, although he was just 4 months old he tried to fight with every dog it came across. That didn't change. Today he is a few months over 2 years old and he acts as he owns the territory he leaves on. He doesn't tolerate other male dogs.

我家的土佐是拿过来的时候是45天大的，他来我家的第一天就显示出了土佐的特征，清楚的划定了自己的范围还有他的玩具，甚至当它只有四个月大的时候我带它出去，一路上只要碰到狗他都要上去打斗，直到现在也没有任何改变，现在他以已经两岁多了，他现在已经清楚地划分了自己的领地，他无法忍受其他公狗在他的领地内出现，其他的狗也遵循他的规则不敢惹他。

This is where it is theorised that one small change in one part of an interdependent system automatically brings about changes in the sum of the parts.

这是哪里，这是theorised一个小的改变的一个部分一个相互依存的系统会自动将带来的变化，在总结的部分。

This is where it is theorised that one small change in one part of an interdependent system automatically brings about changes in the sum of the parts.

这是一个法子是一小部分，一个相互依存的变化而自动带来制度改变了零部件的总和。

The research of this paper includes three parts: the first, according to the statistical figures about the cargo transport in recent years, it analyzes cargo transport structure and the changing law and the internal reason of cargo transport. At the same time it analyzes and calculates the change of the arriving ships" structure for a systematic and full understand of the transport demands. The second, it make a scientific forecast of the port"s future cargo capacity making use of the grey forecast system, which provides scientific basis for medium-long term development plan of the ports cargo handling capacity. It also makes some analysis and research for medium-long term development future of Zhangjiagang port in use of physical unit analising technique, looks for the scattered no-order and no-system reason of medium-long term development. On the basis of summarizing their experience, the article adopts physical unit model to make a comprehensive judgement. It has distinctive opinion of value in accord with scientific principles for medium-long term development of Zhangjiagang port.

本文研究的工作主要分三个部分：第一，根据张家港近年来有关货物运输的一些统计数据，对货物运输的结构和规模演变的规律及内在原因作一剖析，同时对到港船舶的结构变化进行预测，以求对运输需求有一个系统全面的了解；第二，应用灰色预测系统对张家港港未来港口货运吞吐量进行科学预测，为张家港港货物装卸能力规划提供科学依据；应用物元分析技术对张家港港口的未来发展前景作出一定程度的分析、研究，找出张家港港口未来发展规划的零散无序、不成系统的因素，总结前人经验的基础上采用综合评判物元模型进行评判，在预测港口未来发展规划是否科学实际上具有独到见解。

The research work of this article is made up of theory and application, it includes three partsrthe first, it takes SWOT analytical technology to analyse Zhangjiagang port" s developing strategic enviorment . The second, it according to the statistical figures about the cargo transport in recent years, it analyzes cargo transport structure and the changing law and the internal reason of cargo transport. At the same time it analyzes and calculates the change of the arriving ships" structure for a systematic and full understand of the transport demands. The third, it make a scientific forecast of the port" s future cargo capacity making use of the grey forecast system, which provides scientific basis for medium-long term development plan of the port"s cargo handling capacity. It also makes some analysis and research for medium-long term development future of Zhangjiagang port in use of physical unit analising technique, looks for the scaltered no-order and no-system reason of medium-long term development.

本文从理论和应用两个部分对港口发展战略进行了研究，研究的工作主要分三个部分：第一，应用SWOT法对港口发展环境进行技术分析；第二，在对国内外同类型港口进行分析的基础上，对张家港港的发展做一比较；根据张家港近年来有关货物运输的一些统计数据，对货物运输的结构和规模演变的规律及内在原因作一剖析，同时对到港船舶的结构变化进行预测，以求对运输需求有一个系统全面的了解；第三，应用灰色预测系统及三次指数平滑法和组合预测法对张家港港未来港口货运吞吐量进行科学预测，为张家港港货物装卸能力规划提供科学依据。

The one thing about it you can be surest of is CHANGE.

你唯一能确定的就是你的身体在&变化&。

If Chinas financial field gets rid of trouble, first of all, its necessary to begin right now, quickening the staps about financial reform, try to change financial setup under traditional planned economy into modern financial enterprise of clear property, clear responsibility, separate government with enterprise, and management science.

即，对我国目前商业银行、证券公司、保险公司以及其他非银行金融机构等各类金融机构进行兼并，收购，拆分等资产重组，建立金融控股公司，即建立一种&集团混业，经营分业&的银行体制，在有效降低金融风险的同时，实现资源优化配置，才能适应国际金融发展的潮流，在日益激烈的市场竞争中立于不败之地。

Through above numerical analysis of the TiN coating/substrate system, some typical rules about the fatigue failure are found:(1) the fatigue damage of a coating/substrate system appears first on the interface, then expands along the interface and to the substrate, and finally causes the coatings broken and spalled;(2) under the cyclic loadings of tangential sliding and radial extrusion, the equivalent plastic damage on the interface is mainly generated by the shear stress and the accumulated plastic contributed by the increments of shear stress. Thus the change of the shear stress is the main factor for the contact fatigue damages of coating/substrate system;(3) the frictional coefficient, external loading and coating thickness have some influence on the carrying capacity and contact fatigue life for a coating/substrate system.

通过对TiN涂层／基体系统的数值模拟分析，得到了涂层／基体系统疲劳失效的一些典型规律：(1)、涂层基体的初始损伤首先出现在交界面处，然后沿界面并向基体中扩展，最后导致涂层断裂而发生剥落失效；(2)、在切向滑动和径向挤压循环载荷作用下，交界面处的塑性损伤主要是由剪应力τ产生，塑性累积也是由于△τ的变化引起，说明循环过程中剪应力变化是影响涂层接触疲劳破坏的主要因素；(3)、材料摩擦系数、外界载荷大小以及涂层厚度都对涂层／基体系统的承载能力以及疲劳寿命都有一定影响。

In the oil industry, high loss of the energy is a common problem, the electric power consumption for oil-pumping is about 80% of the total power consumption of the oil field. So it can make a good benefit to change the mechanical system and electrical control system of the oil-pumping unit.

据统计在油田生产成本中约有三分之一为电能消耗，而抽油机消耗的电能约占总电能消耗的80%，对抽油机的机械系统和电气控制系统进行节能改造，可带来相当可观的经济效益。

Results showed that, the specific refining energy consumption is decreased with increment of rotation speed of the primary refiner. At freeness level of about 670 mL CSF, for example, the specific refining energy consumptions is 363 kWh/t o.d. at 3000 r/min, and 305 kWh/t o.d. at 3500 r/min, which is equivalent to 16% energy saving, furthermore the specific energy consumption is only 265 kWh/t o.d. at 4000 r/min, which means 27% less refining energy required. At the same time, pulps produced at higher refiner speed have higher strength properties and lower shives contents. There is little change of optical properties of the pulps.

结果表明：小叶桉物料在相同条件下进行汽蒸、挤压和化学预浸渍后，分别采用3500 r/min和4000 r/min的盘磨转速进行第一段磨浆，浆料磨至游离度670 mL时所需磨浆电耗与3000 r/min时的相比，分别下降16%和27%；浆料中纤维束含量分别降低20%和35%；第一段磨后浆料再分别经相同盘磨转速（3000 r/min）的后续磨浆后，与相近游离度的浆料性能比较可知，随第一段磨浆盘磨转速的提高，浆料的细小组分含量略有增加，纤维束含量显著降低，强度性能有不同程度的改善，但光学性能变化不显著。

We have no common name for a mime of Sophron or Xenarchus and a Socratic Conversation; and we should still be without one even if the imitation in the two instances were in trimeters or elegiacs or some other kind of verse--though it is the way with people to tack on 'poet' to the name of a metre, and talk of elegiac-poets and epic-poets, thinking that they call them poets not by reason of the imitative nature of their work, but indiscriminately by reason of the metre they write in.

索夫农 、森那库斯和苏格拉底式的对话采用的模仿没有一个公共的名称；三音步诗、挽歌体或其他类型的诗的模仿也没有——人们把&诗人&这一名词和格律名称结合到一起，称之为挽歌体诗人或者史诗诗人，他们被称为诗人，似乎只是因为遵守格律写作，而非他们作品的模仿本质。

The relationship between communicative competence and grammar teaching should be that of the ends and the means.

交际能力和语法的关系应该是目标与途径的关系。