验证理论

Based on the above theoretical results and iSIGHT software integration platform, design method and system integration software framework was put forward. The product design example of YK51200 CNC gear shaper was used to illustrate the effectiveness and practicality.

基于上述理论成果和iSIGHT软件集成平台，提出了插齿机系统设计方法及集成软件框架，并以YK51200数控插齿机产品设计为例，验证了插齿机系统设计方法和集成软件平台的有效性和实用性。

ABSTRACT The modelling and optimizing of ball mill grinding process are studied both theoritically and experimentally in this dissertation.

本文针对球磨过程建模和优化问题进行了深入的理论探讨和实验验证。

Based on this relationship, we can change the Tg of starch by changing its molecular weight to meet the pratical needs.The DSC technique is used to estimate the consistence character of starch with different additives. The glass transition behavious of starch blended with water and Xanthan gum are examined respectively. An expirical expression is obtained for the Tg of starch blendee with additives according to the blending model of polymers and verified with the experimental results. This expression can be used as a base to predict the Tg of starch blended with Xanthan gum.

采用DSC曲线分析法进行了各种填加剂与淀粉的相容性试验，考察了淀粉分别与水和黄原胶共混后体系的玻璃化转变行为，并根据高分子聚合物的共混模型对糯米淀粉与黄原胶共混物的玻璃化转变进行拟合，得到适用于此体系的经验关联式，并应用玉米等淀粉与黄原胶共混后的实验值进行验证，得到该关联式的有效性，为预测淀粉与黄原胶共混后的玻璃化温度值提供了理论依据。

In this Paper taking key technology of road bed in road Han-Lin as study goal,the scientific experiment on physical and mechanical performance as well as law of vibration compaction and theory analysis are systematically made.The compacting mechanism and influence factors on filling road bed with silt are axplored .The effective construction technology on filling road bed with silt are put forward,The construction method are examined in constraction of road Han-Lin.

filling road bed ；本文以邯—临公路工程中的路基关键技术问题为研究目标，对含砂低液限粉土的物理、力学性能及振动压实规律进行了全面系统的科学试验及理论分析，探索了粉性土填筑路基的压实机理及影响因素，提出了一套行之有效的粉性土路基压实施工工艺，并在邯—临公路施工中得到了验证。

Three main shortcuts are listed out: the first is the data can t be collected easily which holdbacks the statistics and analyses; the second is the system s extension and adaptability are poor and the data structure and code are redundant; the third is the communication of the same kind management information system is weak and the communication risks on some danger.

本文着重从解决这三个方面的问题入手，提出了&柔性&管理信息系统的模型，着重讲述了系统设计的方法和理论，并给出了&柔性&管理信息系统的定义，以及系统的基于组件的设计范式，体现了使用者既是开发者的主题思想，利用面向对象的循环迭代式软件设计方法，通过对模块间的耦合度和模块内聚合度的分析，来验证系统的科学与先进型。

Results show that the FEM and experimental results agreed well with the distribution of hoop tension fore.

通过等宽试样和标距试样拉伸实验，对理论分析结果进行了验证。

This work is the first study of excited hyperon Λ〓 resonances from J/ψ decays and provides a new domain for verifying the previous experimental results and checking various theoretical models.

本工作在检验理论模型和验证过去的实验结果的同时，进一步丰富了重子物理研究的内容。

To improve the performance of TD-SCDMA network significantly, the optimization on baton handover is necessary, and the research on optimization can provide technical support for its impelling in the commercial stage. In this paper, the processes and the algorithms of baton handover are introduced and the parameters which affect the handover performance are analyzed (such as filter coefficient, the hysteresis of baton handover, cell individual offset) in detail firstly.

本文首先论述了TD-SCDMA系统中现行接力切换的基本原理及切换算法，对影响接力切换性能的参数(如滤波系数、切换迟滞、小区个性偏置等)进行了理论分析，并根据实际测试结果，验证了切换参数对切换性能的影响，同时分析了目前接力切换中存在的问题，如街角效应、高速用户切换时掉话严重等。

In this thesis, after theoretical analysis and the experimental verification for the mechanisms of the ignition of the charge covercd with a metal plate on impact, a scheme of an igniting reactive fragment is designed.

本文进行了引燃式含能破片的方案设计，并对含能破片撞击、引燃带壳炸药的机理进行了理论分析与实验验证。

Following simulation results validate the theoretical analysis. We analyze the deviation of threshold and define correction indexα, which can correct the r_i; when MN velocity is high.

随后的仿真实验验证了理论分析的结果，并分析了其中误差出现的原因，定义了修正系数α，当MN移动速度较大时对r_i进行了修正。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。