工作分析

By means of the original research work , Systematically analysing western country banking management pattern evolution course and the pattern history evolution is operated to the banking of our country , The course was analysed the proof to propose our country hanking trade already harracks through the branch and was all along confuseed the tendency that the barracks transforms already , Moreover propose product design and the organization pattern that the barracks was confuseed already to our country banking .

通过本文的研究工作，系统地分析了西方国家金融经营模式的演变历程，在对大量史实进行分析的基础上，抽象出金融混业经营发展所应具备的供需条件和理论支撑，归纳出混业经营的发展轨迹是一个由初级阶段向高级阶段、由浅层向深层渗透的渐进过程。

Secondly was honeysuckle and peach tree wood.So,in poor karst area,in order to link environmental benefits,eco-efficiency and social and economic efficiency,it were best measures to plant prickly ash peel or honeysuckle.It can improve capability of holding nutrient in short phase.,also it were beneficial to soil fertility,and hold back soil erosion.Sampled soil in a camphor slope,through analyzed on soil nutritive elements,like that Ca,Mg,Cu,Zn,Mn,Mo,Si,Fe,we had a deeper understanding with soil ground erosion and underground soil leaks.

通过时间对比分析，得出不同土壤利用方式下土壤养分保持能力和土壤退化的变化趋势，提出运用土壤指纹电荷方法对某一研究区域的土壤养分保持能力进行研究，可以减少研究区土壤的破坏程度，只要前期充分展开相关指纹电荷工作研究，制作图谱，后期研究则只需取少量土壤测定土壤pH值后查询前期土壤指纹电荷图谱即可得出某时段内土壤养分保持能力的变化趋势：通过对重庆南平镇石庆村人为生态恢复区不同土壤利用方式下前后一年土壤样品的分析，得出退耕后撂荒草地土壤的各项养分保持指标含量增长最快，对恢复土壤退化程度最为有利，其次是杉树林和樟树林；而从人为生态恢复的各种利用方式来看，花椒林土壤的养分保持能力最好，土壤退化恢复的程度最快，其次是金银花和桃林。

The analysis of some company"s hose failures indicates that 70% of the failures are caused by leakage between the hose and the fitting. In order to solve the hose fitting leakage problems of the hose assemblies, the experimentation has been carried out and the conclusion is that the fitting"s intension is not strong enough to prevent leakage. Plasticity theory is utilized to analyze the relationship of the working pressure of the hose, the connector material and the geometric dimensions. The calculation about crimp power of the hose assemblies is found, and the suggestions for assembly are given according to plasticity principle, also the program for analysis of fittings intension is developed with AutoLisp which runs in AutoCAD.

由某公司提供的胶管组合件故障资料分析，该公司的约70％胶管故障是由于接头处漏油造成的，为解决软管组合件接头处漏油的问题，本文通过试验得出了接头强度满足不了密封要求的结论，从塑性力学角度给出软管工作压力与软管接头的材料、几何尺寸之间的关系，对胶管组合件扣压力量给出计算方法，对扣压工序依据塑性力学原理提出指导意见，并在AutoCAD平台上以AutoLisp语言编写了接头零件的强度分析计算程序。

Fairly and properly assessing Chinese foreign and diplomatic conductions after 35 years will help to analyze the influences and impactions on following principles and conductions, and further to backup the principies, rules, conducts, guidelines that China is currently confronted with.

在分析方法上，笔者努力运用历史唯物主义的辩证分析方法，以实事求是为原则，认真探讨1966-1969中国外交工作的得与失，以及周恩来在这个特殊历史背景和时代下，对中国外交所起的积极作用和历史功绩。

The technique of automatically-plotting of isohyets makes it convenient and efficient to analyze the rainfall information so as for supervisor to make decisions, which provides accurate criterion for flood forecasting and flood-control deployment.

雨量等值线自动绘制功能的实现，使雨情信息的分析变得更方便、快捷，大大提高工作效率，便于领导决策分析，为洪水预报与防汛调度提供准确的依据。

Based on the detailed analyzing of impact system working process, the differential eguation of the system was got, and the mathematical model of the hydraulic impact system was builted, on basis of the mathematical model, By using of dynamic simulation function of Matlab ,the author has built the simulation model of the impact system based on software Simulink and run it after inputting the parameter ,the dynamic graph curve of impact velocity and presser of oil and position of knife rest were got, and the dynamic characteristic of impact system was analyzed,the simulated results are accorded with the fact,and some rational parameters can be found.

在对冲击式采煤机液压冲击系统工作过程进行详细分析的基础上，运用微分方程建模方法，建立了液压冲击系统的数学模型即系统的动态方程，并在该数学模型的基础上，采用Matlab中的Simulink动态仿真功能，建立了基于Simulink的冲击系统仿真模型，通过给定冲击式采煤机冲击系统的相关参数，对该系统进行仿真，得到了冲击式采煤机工作过程中冲击速度和油液压力以及刀架位移的变化曲线，进而对冲击系统的动态特性进行了分析，结果与实际情况较为吻合，并由此得出某些合理的参数。

Dynamic motion study Deep tow system often works under complex sea condition, so the vehicle responses to draw-in and let-out cable are studied, the response to heaving is studied too.

缆体系统动态运动分析深拖系统常常工作于复杂的海况条件下，拖体一般是不带动力的，仅靠母船的机动和支持保持拖体的定深和避碰，因此，本文在缆体系统动态分析的基础上，研究了拖体对缆顶端的收放缆运动及垂荡运动的响应。

The key points and main achievements of this work are listed as follows:1. Copula theory is introduced into financial analysis to avoid defects of linear correlation coefficient and classical analysis methods.

论文的主要工作和创新点如下：1、针对线性相关系数与传统分析方法的不足，将Copula理论引入金融分析领域。

Firstly, the realizable ways of signal detection and sample、 power circuit and the application of low-consumption model of MSP430 are discussed, by which the required function of current protection and voltage protection can be realized. Secondly, different protection algorithm based on micro-computer are discussed in this article, and from the virtues and defects of Fourier algorithm, an improved algorithm is put forward, and the importance of the improved algorithm is displaced. Thirdly, according to the national standard of GB/T18858 .3-2002, the principle of networklization of intelligence trip relay and how to realize it are mentioned. Lastly, using the current conditions, the test of precision is done. The experimental date present that the system is working well and can realize the real-time function of on-line detection.

首先在硬件设计上，对于信号检测、处理、电源电路、MSP430系列单片机的低功耗方式应用以及人机接口电路等问题提出了实现方法，基本实现了大范围电流、电压信号实时监控等功能；其次，本文还对当前各种微机保护算法进行了介绍，分析了傅立叶算法在实现智能脱扣器保护功能中的优缺点，并针对傅立叶算法中计算偏于复杂的问题对该算法进行了改进，提出了基于FFT的改进算法，通过算法的分析和比较，对改进算法的性能给出了评价；然后结合我国现场总线国家标准GB/T18858.3-2002讨论了DeviceNet现场总线在实现脱扣器网络化的原理，实现方法，论述了通讯接口电路的设计；最后利用现有条件，对装置进行了性能测试，试验数据说明系统工作状态较好，可以满足低压配电网自动化对低压脱扣器的各项要求。

This paper mainly done the following work : 1,on the background and MUDs Architecture 2, the development of the language on 3,LPC analysis MUDLIB 4, Introduce 5,modules, analysis of the system to achieve the unique, difficult and focus.

本文主要做了以下工作： 1、介绍MUD的背景和体系结构 2、开发语言LPC的介绍 3、分析MUDLIB 4、介绍各个模块 5、分析了系统实现中的特殊性、难点和重点。

I will endeavour to find you some assistance.

我尽力帮你找人帮忙。

At first I only know bruck is the idol of American younglings, afterwards I returned back to Taiwan ,even in Beijing last year ,I saw her poster everywhere, I was so surprised at her charm.

起初我只晓得布鲁克雷德丝是美国少男少女崇拜的偶像，后来回台湾，甚至去年在北京，居然也四处看见她的海报，才惊讶她的魅力之大。