点过程

The new ideas from this paper: using mechanics principle study of soil, create a practical test to prove that it could change the physical mechanics character of base soil completely, reducing distortion, improving strength, and eliminating wet or sinking of base soil by seal extrusion during hole formation process at certain replacement rate; it could strengthen the loessial soil base to high bearing capacity to standard value of 300 to 400kPa through seal extrusion to hole formation technology together with rammed cement soil pile. Some value of the parameters adopted by bearing capacity calculation of the composite base of rammed cement soil pile with seal extrusion to hole formation exceeded the criteria of 'Technical Regulation on Building Ground Treatment'.(JGJ79-2002) This technology meet the design requirements and save investment.

本课题的创新点：1 利用土力学原理进行研究及理论推导，并经实践：证明了在置换率为某一定值的情况下，在成孔过程中通过挤密作用可以从根本上改变地基土的物理力学性质，使地基土的变形减小，强度提高，湿陷性消除；2 挤密成孔工艺与夯实水泥土桩的组合，可使低强度的湿陷性黄土地基变成高强度的复合地基，其承载力特征值可达 300~400kPa；3 挤密成孔法夯实水泥土桩复合地基承载力计算所采用的有关参数取值范围超出了《建筑地基处理技术规范》JGJ79-2002 中的有关规定；4 在节省投资的前提下，解决了地基高承载力、低变形及黄土湿陷性问题，达到了设计要求。

This article introduced evaluation process of measurement uncertainty.It applied RT9608 Direct Current Calibration Appliance and standard resistance to measure ZX54 resistance box.

摘 要：采用上海蓝斯汀仪表研究所生产的RT9608直流电阻校验仪和一套二等标准电阻，对ZX54型0.01级直流电阻箱×1000档第一点的测量结果的不确定度评定过程的阐述与分析，指出了影响测量结果的相关因素，并通过计算合成进行了评定。

Use technology of many bits of figuration, combined CAD technology to study skull the production process of titanium board false body.

梗概： 采用多点成形技术，并结合计算机辅助设计技术探究了颅骨钛板假体的制造过程。

Positions outside this area are discarded, so is point B.This assumption replaces the third satellite which would in theory be required for the process of trilateration.

位置在这一地区以外丢弃，那么B点这个假设取代了第三颗卫星，在理论上将所需的过程 trilateration。

The calculation to the lifetime of bound states in quantum dot indicates that there is an evolution of eigenstate in quantum dot from a bound state to a quasibound state and then to a bound state.

同时我们的计算表明局域在量子点中的电子态在势调制下经历了一个从束缚态到准束缚态再到束缚态的演化过程。

With the finite element analysis software ANSYS and limited measured temperature data, red copper and brass FSW process thermal-structural coupled analysis was done.

利用有限元分析软件ANSYS，结合几个测温点温度变化的实验数据，通过间接热力耦合分析法对紫铜板与黄铜板FSW过程进行了模拟。

Based on design calculation, analysis of finite element method and fullscale experimental study on the joint of Chongqing Olympic stadium, the design procedure and analysis method of the joint were studied. In addition, the space properties are obtained and design suggestions of cast steel hollow spherical joint with tube were presented.

本文通过对重庆奥林匹克体育中心工程中的铸钢空心球管节点的设计与有限元分析的研究以及节点的足尺模型试验研究，探讨了该类型节点的设计过程与分析方法，得出节点的空间受力特点，并对该类型节点的设计提出几点建议。

It was found that the spectra contained two intense components and a weak one; the long lived component corresponds to the positronium.

配合时域介电谱方法用正电子湮没技术对硫酸三甘肽的铁电相变过程进行了测量，发现正电子寿命谱有两个较强的成份和一个很弱的成份，后者相应于正电子偶素，各分量在相变点附近很窄的温区出现奇异性质，对其起因作了解

Microcosm study of surface water from the stream showed that no significant change in NH4-N and NO3-N concentrations occurred during the five-day incubations.

各采样点的NO2-N、DO、DOC浓度与NO3-N也存在一定的线性相关关系，说明了硝化过程的发生和氮在不同形态之间的转化。

Taipei Jingwen High School's students will show their pieces of work taking Op Art as a focus. For this exhibition, they do not rely on computer's fast speed or precision. Instead, they make graphic drawings with their hands to show visual effects resulting from compositions of dots, lines, and surfaces.

由台北市景文高中以欧普艺术为主轴展出的欧普艺术作品，为使亲自了解制作流程，本展舍弃电脑快速、精准的制作过程，以手绘平图方式，表现出点、线、面构成的「欧普艺术」。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。