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So the system COREX off gas shaft furnace process simulation and training is set up. The distribution of flow field, pressure field, and temperature field, and concentration field are obtained Technician can directly see the distribution of gas and burden flow and can understand deeply shaft furnace process principles et al. This system can compute material and energy balance and production cost et al. It can train operator and technician et al.

为此我们利用前面开发的综合竖炉数学模型，开发了利用COREX尾气的竖炉过程的仿真培训系统，以使从事此过程的技术人员能够深入了解COREX尾气竖炉还原过程的原理、反应过程等内部现象，直接观察到竖炉内部气流、物流及气体压力、温度和浓度的分布；对COREX尾气竖炉工艺可进行能流物流平衡和生产成本计算；并对操作人员和工程技术的人员可进行教学培训功能等。

In boiler field, proper atomization of high viscosity liquid fuel is the essential assurance to safe .stable and high efficient combustion for boiler; in the propulsion equipment of rockers and turbo jet-propelled engine, the atomization quality of liquid fuel is the precondition to improve combustion efficiency and supply sufficient propulsion; in the field of industrial manufacture, metal powder is made by liquid metal which is impacted by high velocity gas; in the field of agricultural irrigation, the water with certain velocity is used to strike metal disk to make insufflations proportionally to the irrigation field; in the technique of desulphurization and coal gasification, proper design of nozzle is the essential factor to advance the efficiency of desulphurization and coal transformation.

在锅炉领域，高粘度液体燃料的良好雾化是锅炉安全稳定高效燃烧的重要保证；在火箭推进装置、涡轮喷气式发动机中，液体燃料的雾化质量是提高燃烧效率并产生足够推力的前提；在工业生产领域，用高速气流冲击液态金属来制备金属粉末：在农业灌溉中，用一定速度的水流冲击金属圆盘破碎并改变方向实现对灌溉区域的均匀喷洒：在烟气脱硫、煤气化等工艺中，良好的喷嘴设计是提高烟气脱硫效率和碳转化率的重要因素。

It shows that the field entropy is oscillating, which is the result of the correlation property between the atom and field. With the increase of the initial field intensity, which is the initial mean photon number the oscillation becomes irregularly and the amplitude decreases. The atom and the field couples tighter, and the disorder parameter decreases.

结果表明，场熵的演化是振荡的，这源于光场与原子之间关联的振荡性；随着初始光场强度的增大，光场的振荡变得不规则，振荡幅度明显减小，这是因为光场与原子之间的耦合越来越强，系统的无序度降低，而双模光场使系统的场熵演化周期性减弱，场熵的均值增大。

According to the characteristics of field dis tribution, a method to abstract quadrature component and amplitude of vertical magnetic field in near-field zone is proposed. Based on the dual-fre. quency combi nation wave theory, apparent resistivities with various forms at center and any point in near-field zone of current loop on stratified earth are defined.

根据场分布的特征，提出了在近区提取磁场垂直分量的正交部分和磁场垂直分量的振幅作为研究对象的方案；根据双频组合波理论，利用它们所对应的双频差，给出了载流回线中心点和近区任意点的视电阻率不同形式的表达式。

Ultimately, we calculate steam function field, velocity field, pressure field and stress field.

最终，得到了粘弹性流体在扩张流道内流动时的速度场、流函数场、压力场和应力场以及在带横向槽流道内流动时的速度场和流函数场。

Material field, energy field and spatial field method (Three-field) is a synthetic metallogenic prognosis method which takes stand on the three metallogenic factors and the thermodynamic principles.

物质场—能量场—空间场综合成矿预测是以成矿三要素为指导思想，以热力学原理为基本原理，利用符合成矿预测尺度要求的地、矿、物、化、遥等资料，综合考虑其它成矿有利因素，结合GIS工具的一种综合成矿预测方法。

A Rotary Arc Gap－switch in axial magnetic field is designed and built with high voltage, high current, large charge transfers, slight electrode erosion and long lifetime. The magnetic field, electric field distributions and move mechanism of the arc in axial magnetic field are studied.

为了满足高电压、大电流、高电荷转移量、电极烧蚀小、寿命长的要求，文中设计了一个由轴向磁场控制的旋转电弧间隙开关，研究了其电磁场分布及轴向磁场下电弧的运动机制，并进行了初步实验。

On CHE programming, the higher coupling ratio of control-gate makes the higher electrical field across TOX in Si than Ge. Also because of the continuity of displacement vector, the higher permittivity of Ge would cause the lower electrical field at interface. We get the higher gate current in Si than Ge. On CFN programming, the higher CT in Ge would show the higher electrical field across TOX. However, the parameters of F-N tunneling are calculated and showing the gate current in Si is larger than Ge. On the same mechanism of F-N tunneling erasing, the parameters also show the higher electrical filed of Si would cause the higher erasing speed. The continuity of displacement vector also explains the higher electrical field at interface for F-N tunneling programming/erasing.

从通道热电子穿隧写入的模拟结果发现，由於控制闸极耦合电容的影响，加上电位移向量在半导体-氧化层界面连续的观念，拥有较高介电常数的锗反而得到较小的等效电场，决定了穿隧电流反倒是不如矽基板；在F-N穿隧写入的模拟中，即便锗基板拥有较大的总耦合电容，使得在浮闸的耦合电压大於矽基板，但仍旧是半导体-氧化层界面的电场扮演了穿隧电流的决定性因素，得到的结果仍旧是矽基板的写入速度高於锗基板；在F-N抹除的模拟中，运用与F-N写入相同的数学模型，仍旧看见在锗基板上未能得到速度上的改善，同时用数学的计算展示了合理的解释。

Many experts have contributed to the study of workflow technology, such as Aalst who works in the workflow modeling field, Bertino and Atluri who work in the workflow security and authorization management field, Casati and Ellis who work in workflow change and instance evolution field, Grasso and Aslst who work in the coordinational workflow field.

国外Aalst等在工作流建模、Bertino和Atluri等在工作流安全及授权、Casati和Ellis等在工作流变更和实例迁移都做了很多工作。在国内，清华大学、中科院计算所、中科院软件所、上海交通大学等都开展了工作流管理技术的研究。

Faith Evans My heart belongs to you So what could I do To make you feel I'm down with You see me hangin around But you don't know how you make me feel for you, and Each and every day, I try to make some sense of this What you mean to me, I know it could be serious Each and every nite, I dream about just holding you Loving you like this, what is a girl supposed to do I love you I want you You're the one that I live for And I can't take it any more I love you I need you What can I do to make you see You're the only one for me First time I saw your face My heart just erased All the guys I knew before You walked into my life I was the type to never want for nothing Each and every day, I try to make some sense of this What you mean to me, I know it could be serious Each and every nite, I dream about just holding you Loving you like this, what is a girl supposed to do I love you I want you You're the one that I live for And I can't take it any more I love you I need you What can I do to make you see You're the only one for me I love you, I want you, I need you in my life Can't you see what you mean to me Baby come hold me tight I miss you, wanna kiss you Everytime I see your face Baby I'll be waiting for you Each and everyday I love you I want you You're the one that I live for And I can't take it any more I love you I need you What can I do to make you see You're the only one for me You're the only one for me And I know it's meant to be What can I do to make you see My love will carry on So listen to my heart and know You'll find out where my love will go The future lies between us boy Oh babe I love you so I love you I want you You're the one that I live for And I can't take it any more I love you I need you What can I do to make you see You're the only one for me I love you I want you You're the one that I live for And I can't take it any more I love you I need you What can I do to make you see You're the only one for me

我的心属于你如此我可以做什么使你感觉我是下来由于你在附近见到我 hangin 但是你不知道你如何使我同情你，和每个和每个日子，我试着制造一些感觉这你对我意谓的，我知道它可能是严重的每个和每 nite，我梦到仅仅捉住你亲爱的你喜欢这，女孩应该做什么我爱你我想要你你是那一个我活的为而且我再不能轮流它我爱你我需要你我能做使你见到什么你是我的唯一一个第一时间我见到你的脸我的心刚刚抹掉所有的家伙我以前知道你走进入我的生活我是类型从不免费想要每个和每个日子，我试着制造一些感觉这你对我意谓的，我知道它可能是严重的每个和每 nite，我梦到仅仅捉住你亲爱的你喜欢这，女孩应该做什么我爱你我想要你你是那一个我活的为而且我再不能轮流它我爱你我需要你我能做使你见到什么你是我的唯一一个我爱你，我想要你，我在我的生活方面需要你你不能理解你对我意谓的吗被受到的影响宝贝紧紧地捉住我我想念你，想要吻你 Everytime 我见到你的脸我将等候你的宝贝每个和每天的我爱你我想要你你是那一个我活的为而且我再不能轮流它我爱你我需要你我能做使你见到什么你是我的唯一一个你是我的唯一一个而且我知道资讯科技必须当我能做使你见到什么我的爱将会继续如此对我的心听而且知道你将会发现我的爱将会哪里去在我们之间的将来谎言男孩哦小孩我爱你如此我爱你我想要你你是那一个我活的为而且我再不能轮流它我爱你我需要你我能做使你见到什么你是我的唯一一个我爱你我想要你你是那一个我活的为而且我再不能轮流它我爱你我需要你我能做使你见到什么你是我的唯一一个

Researches reveal that students who suffer from corporal punishment tend to resort to violence in their future life.

研究表明遭受过肉体惩罚的孩子倾向于在他们今后的人生中使用暴力。

Total sugar of sarcocarp and chlorophyll of pericarp increased firstly, and then decreased afterward along with altitude; Titratable acidity, ascorbicacid and anthocyanin of pericarp were increased along with altitude; The content of protein increased firstly and decreased afterward along with altitude; Carotenoid of pericarp were decreased along with altitude.

果肉总糖和果皮叶绿素含量随海拔高度升高先升高后降低；可滴定酸、维生素C和果皮花青苷含量均随海拔升高而升高；蛋白质在1720m处最大，1420m处最小；果皮类胡萝卜素随海拔升高而降低。