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The main work of this paper is to develop a vision-based virtual-real registration experimental augmented reality system.According to the registration algorithm,considering the condition of our lab,a set of calibration and experimental templets are designed,and a series of registration experiments are carried out to calibrate and test the system.

本论文在增强现实技术的基础上，开发了一套基于视觉的增强现实虚实配准的试验系统，针对算法的需要和实验环境，设计了一系列简单实用的实验，制作了摄像机定标所需的标定模板和一些简单实用的测试模板，并对虚实配准系统进行了标定和测试实验，同时，编制了相应的应用软件。

And Finally according to theprogramed algorithms, simulation and experimental stitchings are porformed for testing thealgorithm accuracy. Results show that, the comprehensive errors of theretical andexperimental wavefront stitchings are less than 10~(-6)λand than PV/10 (where PV refering towavefront peak-to-vally value), respectively. Furthermore, experimental research isconducted on the influence of stitching accuracy by sub-aperture overlapping area andstitching modes, with subaperature real-time stitching test for large plano-optic broughtabout.

第三，对编写的算法程序进行了模拟拼接实验和实际拼接实验，测得该算法程序的精度为：理论拼接波面的综合误差小于10~(-6)λ，实际拼接波面的综合误差小于PV／10(PV为被测波面相位峰谷值)；在此基础上，又就子孔径重叠区域大小和拼接模式对拼接精度的影响进行了实验和分析，实现了大口径光学平面的子孔径实时拼接检测。

In order to fill up this blank, cooperating with Shanxi Agricultural machinery experimental evaluation station, we have made thorough experimental study on the performance evaluation indexes and m

本文研究内容是该项目中的一部分，文中依照评价指标确定的原则，结合生产实际，并通过试验和咨询专家，选出针对小麦免耕播种机的五个性

In experimental education process, add through revealing model of in kind of oral cavity stuff to reach with multimedia realia, encourage a student inchoate contact is clinical, begin what content abounds to read books and newspaper to accuse, be helpful for enhancing education figure sex, help student understands the clinical application of material, develop student learning activity, raise oral cavity material to learn experimental education result thereby.

在实验教学过程中，通过展示口腔材料实物模型及加用多媒体教具，鼓励学生早期接触临床，开展内容丰富的读书报告，有利于增强教学形象性，帮助学生理解材料的临床应用，发挥学生学习能动性，从而提高口腔材料学实验教学效果。

Thirty-six healthy white rabbits without any ocular disease and weighing 2.0 to 2.5 kg were used in this experiment.Twenty-one of them were divided equally at random into three experimental group,namely A、 B and C, numbering every white rabbit in respective experimental group.The corneal thickness of five white rabbits of remnant were measured and seven white rabbits of remnant were control group(the white rabbits without any ocular disease and taking lamellar keratoplasty under same breeding condition and same time),in addition three white rabbits were pre-emergency.

本实验选取体重在2.0-2.5kg左右并且无任何眼病的健康家兔36只作为实验动物，将其中21只随机均分为三个实验组，即A组、B组和C组，并且对各组家兔进行编号，再将余下15只中的5只用于角膜厚度的测量，7只作为对照组(即在相同饲养条件下及饲养期限内，无任何眼病并且未进行角膜移植的家兔)，3只备用。

Two experimental classes are divided into experimental teaching group and controlled teaching group, with their pre-examination, after-examination, and postponed spatial ability examination results of the two groups as quantified analysis, recording the process of teaching as data for teaching activity analysis.

本研究采「实验研究法」之「不等组准实验设计」，以研究者任教之学校为样本，丛集取样二个教学实验班级进行实验组与控制组教学，搜集二组学生在空间能力测验的前测、后测及延后测成绩做为量化分析之依据；记录教学历程做为分析教学活动内涵之资料。

By using the results from systemical petrography, X-ray powder diffraction, and EPMA analyses on the run products from experimental simulaion under constant temperature and pressure, we have explored the paragenesis for the pelites suffering metamorphic dehydration under high pressure condition, the process and mechanism for these metamorphic dehydration, and the relation between the components for garnets, one of the major phases in the paragenesis, and the experimental conditions including pressure, temperature, and chemical compositon in a system.

由恒温、恒压实验产物系统的岩相学、X射线粉晶衍射和电子探针分析，揭示了天然泥质岩发生高压变质脱水作用后的矿物相组合，确定了泥质岩高压变质脱水作用的过程和机理，以及主要矿物相石榴子石的组成与压力、温度和体系化学组成的关系。

Simultaneously an experimental study on filter efficiency and pressure drop under various structure dimensions and packing density is conducted and experimental results are compared and analyzed.

同时对其进行了在不同结构尺寸、充填密度下，捕捉器捕捉效率和过滤阻力的试验研究，并对试验结果进行了对比和分析。

Based on the prediction model for uncatalytic double base propellant burning rate the dissertation, carrys on the mathematical treatment to the hypothesis of polyemerization and disintegration, deduces the formula of catalytic double base propellant burning rate and pressure exponent; The results of experimental tests show that it can re-present quantitatively various stage of plateau combustion: super rate, plateau and mesa. The calculated results conform with the experimental results very well.

在非催化双基推进剂燃速预估理论的基础上，对聚合裂解的假设进行数学处理，导出催化双基推进剂的燃速公式和燃速压力指数公式；实验验证结果表明，模型中的公式可以定量地再现双基平台推进剂燃烧中的超速，平台和麦撒现象，而且计算值和实测值符合得较好。

The research results are highly reproducible owing to the repeatable micro-model technique.(2) Quantifying the Kr-S-P curves in two-phase flow. The validity and adaptability of multi-phase curves are verified using micro-model testing bed tailored to adequate scale of pores. Results obtained from the P-S micro-model tests generally agree with the threshold values of displacement mechanism offered by researchers using geometric shapes. The hysteresis of .experimental Kr-S curves of numerous two-phase flows are depicted in terms of connectivity and humidification. The P-S and Kr-S curves of two-phase flow are well-derived in conjunction with micro-model test results and empirical van Genuchten model. For the curve expressing the relation between saturation and capillary pressure, experimental results of water-air flow system corresponds to the theoretical data.

2二相流体对微模型实验之Kr-S-P关系：包括以孔颈尺寸比例组成微模型板实验平台去证实多相流流动主要特性曲线正确性与适用性；验证水和空气二相流之P-S微模型实验，与前人以几何形状所推估出来的置换机制门槛值大致吻合；以连通性及润湿性等解释多组二相流体对Kr-S曲线实验之迟滞现象；以微模型实验结果配合van Genuchten特性曲线经验式互推估二相流体对之P-S与Kr-S 曲线，推估结果良好；以比例原则推估多组二相流体於毛细压力-饱和度曲线的结果，显示在水和空气二相流体对为参考流体对时，推估其他组流体对吻合度最佳。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。