内流的

Cloud-like lower velocity materials in upper mantle upwell from depth of 150km, and flow along mantle weak zones at about 60～130km Upwelling of lower velocity materials are most obvious along the Tan-Lu faults and Yanshan area.

从地幔内低速体的宏观形态上看，呈现"蘑菇云状"，好象是低速体从150km深度以下沿幔内薄物带呈不规则柱状体上升，并在65-130km处向四周平流延展所致，而郯庐断裂带以及太行山以东的燕山地区附近，低速体的上升最为明显。

The paper first report the status of gas flow in the chamber channels during the sublimation which was discriminated as viscus flow. The digital solution of the gas flow and heat transfer in the chamber channel was gotten by using CFX4. 0 software.

本文首次对冻干升华过程中冻干箱内通道里的气体流动状态判定为粘滞流，并用流体力学计算软件CFX4.0对冻干箱通道内的流动和传热进行了数值求解，给出了通道内气体流动的流线图和温度场图。

The study essence of barrage effect in the level rotary internal energy dissipation discharge tunnel is seeking a complex internal energy dissipation, which can reach a good energy dissipation effect, and try not to happen cavitate, and is rational in economic, feasible in technical, and try not to reduce discharge.

水平旋流内消能泄洪洞阻塞效应研究的实质是，寻求一种尽量不发生空化，又能达到良好的消能效果，在经济上合理，在技术上可行，而且又尽可能不降低泄流量的复合式内消能仁。

The simulated results show that compared with the multi-nozzle gasifier,the gasifying flow field and the effective gases in the new gasifier is superior.In the gasifier of same capacity,the efficiency of carbon conversion of the new gasifier is more about 0.75%,and percent hydrol...

结果表明，新型水煤浆气化炉在炉内气化流场的组织和产出的有效气成分上均优于多喷嘴对置式水煤浆气化炉，在相同容量的气化炉内，新型水煤浆气化炉与多喷嘴对置式水煤浆气化炉对比，碳转化率高0.75%，水解率高近2.91%，干有效气成分高5.34%，冷煤气效率高7.09%，每产出1 000 m3有效气(CO+H2)可节省氧气20 m3，节省煤36 kg。

Personally,i believe i am just the person who can best fill this position.to begin with,my major , my degree exactly meet the basic requirements of the advertised position.second,i have 6 years of experience rotating in surgical departments.as having pererrorerrorerrorformed 2000 or so procedures,i am able to deal with most basic clinical problems in most surgical departments,and i am good at all kinds of basic surgical skills and procedures,including tracheotomy,endotracheal intubation,thyrocricocentesis,central vein catheterization,external lateral ventricular drainage,closed drainage of thoracic cavity,peritoneocentesis,suprapubis vesicopun c ture,gastrointestinal decompression,urethral catheterization,cranial traction,bone marrow pun c ture,plaster immobilization, routine fracture fixation and traction, phlebotomy , excellent debridement and suturing, and so on.conclusively,i am competent in most basic surgical work and good at organising residents on first aid work.

我自信我正是贵公司所需要的雇员。首先，我的学历，学位和工作经验正符合贵公司在网站中告知的该职位的应聘条件。其次，我有 6 年的外科各科室轮转的工作经历。毕业至今我已经参与完成大小手术 2000 台次，鉴于此，我能处理各外科科室的基本临床问题，熟练进行外科各科室的基本临床操作和手术，比如气管切开术，气管内插管术，环甲膜穿刺术，中心静脉置管术，侧脑室外引流术，胸腔闭式引流术，腹腔穿刺术，胃肠减压术，耻骨上膀胱穿刺术，导尿术，颅骨牵引术，骨髓穿刺术，各种骨折固定和牵引术，静脉切开术，娴熟的清创缝合术等。总的说来，我能胜任外科各科室临床常规工作并组织住院医师进行急救工作。

The enterprise has to be continually challenged by globalization through integrated information, strategic thinking, future planning, and new business plans, to integrate all the above resources internally and externally.In addition, the enterprise needs to refresh workable resources, technology, product and strategy and continually make changes with re-modeling, re-engineering, and creativity to promote the competitive strength and operation excellence so as to synergize information flow, material flow, cash flow and business process flow.

企业要经得起全球化的挑战，必须以各类取得的资讯做客观的分析、策略性的思考，来规划及发展出具前瞻性、适切性的企业经营新模式，而其重点即为将企业内、外部资源作有效的整合，在技术、产品与策略上推陈出新，因时因地的调整经营策略，进而转型、再造、创新，以提升企业之竞争力及傲人的营运绩效，以促成傲人的资讯流、物流、金流与商流的整合。

Capillary phenomena was studied and discussed by the scholars about 200 years ago, but the progress was slow due to the limited equipments and manufacture precision of the microchannel.In recent years, because of the rapid development of MEMS and micromachining, many applications of the capillary flow is widely developing in some modern processes, such as underfilling of flip chip, flow in microfluidic chip or biochip, and a variety of other fields.

摘要 毛细现象大约在200年前便断断续续被欧美学者所研究讨论，但由於当时微细加工受到仪器设备和制造精度的限制，因此发展极为缓慢；近年来由於微机电系统与微细加工之精进，许多具有微流道的应用设备，陆续被制作问世，加上光学显微镜与影像撷取设备的普遍，对於研究此课题的推展极有助益；且随著微生医、覆晶底胶充填与微流体系统等领域之受到重视，毛细现象导致的充填问题、驱动原理及液体流动的控制，都变得相当的重要；本研究基於如此的动机与目的，进行微流道内液体之毛细流动现象及时间的探讨。

Based on the CFD software FLUENT as well as experiments, the aerator internal fluidic field was computed and aspirating was analyzed. Conditions and status on inner aspirating were investigated in terms of pressure distribution, flowing velocity and volume fraction of air and water.

利用流体分析软件，结合试验现象，对内吸气部位的流场进行了CFD三维仿真及分析，从压力分布、流体流速与流动方向两方面，计算分析喷嘴及内吸气管内部的液、气两相流体运动规律，以判断喷嘴内能够形成吸气的条件及吸气状况。

Based on the analysis of physics course of heat transfer, the mathematical model of single-phase flow in the rectangular narrow channel is proposed. And the boundary conditions are given to get the unique numerical result. The finite volume method is used to found the discrete scheme of equations. According to the flow of SIMPLER arithmetic, the computing program is developed and the correctness of program is validated.Then the program is used to solve the problem of flow and heat transfer in rectangular narrow channel.The stable two dimension velocity and temperature fields in rectangular narrow channel and plate fuel are obtained.

在明确窄缝流道及燃料板换热物理过程的基础上，建立了描述矩形窄缝内单相流动与换热问题的数学模型，并给出了合理的边值条件；然后利用有限容积法对方程进行离散，根据SIMPLER算法的流程编制了模型求解程序；在验证程序正确性的基础上，对矩形窄缝流动与换热问题进行了求解，得到了矩形窄缝流道和板状燃料元件内部温度场、速度场的二维分布。

ZSM two-drum pulse low net work of the screen, pulp pressure from the top of the screen to cut into the screen, the two fall in the middle drum sieve, sieve in the drum inside and outside of the pressure difference and the dual-rotor rotary-wing together, qualified fiber Through the inside and outside the drum screen after screen to the body at the bottom of the pool, and then by the good plasma discharge tube machine, the screen remained in the dark between the flow of rough slurry residue by the rotor and driven together to drum sieve under the tailings from the slot after the Slag discharge pipe.

ZSM双鼓式低脉冲网前筛工作时，纸浆从压力筛的上部切向进入筛体，流到两个筛鼓中间，在筛鼓内外的压力差及双旋翼转子的共同作用下，合格纤维通过内、外筛鼓后汇集到筛体底部，然后经良浆管排出机外，留在筛鼓之间的粗渣受到浆流和旋翼的推动，汇聚到筛鼓下的尾渣槽后从排渣管排出。

She gently rebuff ed him, but agreed that they could be friends

她婉言拒绝了，但同意作为朋友相处。

If in the penal farm, you were sure to be criticized.

要是在劳改农场，你等着挨绳子吧！