查询词典 tread cushioning layer

Roast a porcelain tooth to divide 2 F, most inside the layer is metal layer, in metal of inside the hull burn to knot the last porcelain cent and form the porcelain layer of outside.

烤瓷牙分两层，最内层是金属层，在金属的内壳上烧结上瓷分，形成外面的瓷层。

The maximum horizon can not only extend F oil layer, but also can extend Y oil layer. The oil-gas shows of FY oil layer now distribute in the oil-gas supplying areas of Kl q(superscript 1 subscript n) sourcerock into FY oil layers. It indicates that the oil-gas supplying of K1 q(superscript 1 subscript n) sourcrock to FY oil layers controls the accumulation and distribution of oil-gas in F, Y oil layers.

目前滨北地区扶杨油层见到的油气显示均分布在青一段源岩生成的油气向扶杨油层"倒灌"运移的区域内，表明青一段源岩对扶杨油层供给油气作用对扶杨油层油气成藏与分布有着重要的控制作用。

The measuring system is comprised of three layers of components: an electrochemical control layer, a fluidic control layer, and a control interface layer.

所观察到的有效振动模式主要是苯环平面上对称的运动，和苯胺上所观察的结果相互一致。

By the same token, if the non-print, original graphics and text is the fog, then in accordance with the normal exposure for plate burning, part of the light energy is the black metal forming fog bank be reached the lefthand PS photoptic layer of light energy could not make the non-verbal-Visual section photoptic of the entire layer photochemical completely, as developed, some of the failed to photochemical photographicsensitive layer in PS version of the surface, forming a so-called indosinian theinterior.

同样原理，如果晒版原版的否图文局部有灰雾，那么在按变态曝平量举行晒版时，局部平能量被变成灰雾的白色金属银行遮盖、汲取，到达PS版感平层的平能量不克不及使否图文局部底下的不分座感平层不分座爆不收平化学不正答，不纬显影后，有一局部未能爆不收平化学不正答的感平层残留在PS版的暗地，变成所谓的印渍。

Use Layer, Set Layer Properties, Set Layer Format, Protect Object, Protect Document, Introduction to ShapeSheet

图层的使用，设置图层属性，设置图层格式，保护对象，保护文档，ShapeSheet 简介

Based on experience and harvest obtained home and abroad, pavement structure of asphalt overlay is studied out by forecasting future traffic capacity. Mid-layer of overlay structure is the most adverse layer in the whole structure by mechanics analysis, so the material composition design of mid-layer is considered as emphasis.

借鉴国内外已有经验成果的基础上，通过对旧路面状况调查，结合未来交通发展的需求，进行了加铺层的结构组成设计，并从力学角度分析了中面层为加铺层结构的最不利层，因此对其材料组成设计进行重点研究。

It aims at providing unified and transparent service to the user by organizing all the computing resource of the campus in an efficient manner and hiding the internal heterogeneousness and dynamic. The whole campus grid is a three-tier system, which is composed of grid portal layer, grid middleware layer and computational resource layer.

将校园网内的各种计算资源以有效的方式动态的组织起来，隐藏其内部异构性和动态性，形成一个可相互利用、相互合作、对用户相对透明的高性能计算环境，为科研教学提供高效可信的协同计算服务。

In this dissertation, we optimized the thinkness of each layer of TFEL devices using the layered optimization method to obtain ZnS: Ce〓 TFEL devices. Accoding to the energy level structure of Ce〓, two criteria for distinguishing the EL of Ce〓 were found out, from which it was conduded that the TFEL of ZnS: Ce〓 comes from 5d→4f transition of Ce〓. The measurement of brightness waveform showed that the TFEL of ZnS: Ce〓 was the luminescence from independent centers. and there were the field induced-delocalization in this process anf it〓s the cause of low TFEL efficiency of ZnS: Ce〓. In this dissertation, different influence factors on TFEL of ZnS: Ce〓 were sdudied. The influence of different host lattice is different: The blue/green ratio of ZnS: Ce〓 in hexagonal system of ZnS is larger than that in cubic system of ZnS, and the TFEL peaks in hexagonal system of ZnS moves toward longer wavelength compared with that in cubic system of ZnS. The adding buffer layer was used in this stage. The solubility of Ce〓 in ZnS was small and it was another limit to TFEL brightness of ZnS: Ce〓 device. The solubility of Ce〓 increased ten times when using Li ions as flux, so that the TFEL brightness of ZnS: Ce〓 was enhanced. It was found that the appearing of ZnO in active layer improves the TFEL of ZnS: Ce〓: the brightness and the wave range of ZnS: Ce〓TFEL were enhanced.

本文采用TFEL的分层优化方案，优化组合了各膜层厚度，选择最佳制备条件，得到了ZnS：Ce〓的TFEL；根据Ce〓的能级结构，找到了判别Ce〓的EL的两个简单依据，并据此断定ZnS：Ce〓的TFEL的两个发射峰分别属于Ce〓的〓和〓跃迁；亮度波形测量表明ZnS：Ce〓的TFEL属于分立中心发光，分析认为在此过程中存在着较严重的场致离化，这也是ZnS：Ce〓的TFEL效率较低的一个原因；本文考查了影响ZnS：Ce〓的TFEL的各种因素，发现：基质的晶体结构对ZnS：Ce〓的TFEL有所影响，在六角相ZnS中Ce〓的TFEL优于立方相ZnS中Ce〓的TFEL：发射峰的蓝-绿比相对较大，且光谱向短波方向移动，在此项研究中本文采用了在发光层前增镀过渡层的办法，过渡层为六角晶相的ZnO；限制ZnS：Ce〓的TFEL器件亮度的一个原因是Ce〓在ZnS中的溶解度低，本文用Li离子作助溶剂增大了Ce〓的溶解度，增大幅度为一个量级，并且ZnS：Ce〓的TFEL亮度明显提高；从ZnS：Ce〓的TFEL光谱来看ZnS：Ce〓的TFEL波长覆盖范围较小，亮度也不高，达不到做为白色TFEL材料的要求，需要寻找新的白色TFEL材料；在研究ZnS：Ce〓的TFEL中还发现：发光层中ZnO的出现有利于ZnS：Ce〓的TFEL：发射峰变宽、亮度增大。

This thesis is just base on these questions, taking an information communication platform system development as background, based on MVC architecture, discussed Struts frame, Hibernator's ORM mechanism, persistent management of persistent object and Spring IoC technique and combining frameworks using three popular open source frameworks: For the presentation layer we will use Struts; for our business layer we will use Spring; and for our persistence layer we will use Hibernate to developing this system.

本论文正是基于上述问题出发，以开发一个信息交流平台系统为背景，对基于MVC模式的Struts框架、Hibernate的ORM机制和对持久对象持久化的管理以及Spring IoC技术进行了探讨。并整合这三种框架：表现层使用Struts；业务层使用Spring；持久层使用Hibernate进行系统的开发。

Basing on MVC architecture, it discusses Struts frame, Hibernator's ORM mechanism, persistent management of persistent object and Spring IOC technique, combining frameworks using three popular open source frameworks: for the presentation layer we will use Struts; for the business layer we will use Spring; and for our persistence layer we will use Hibernate to develop this system.

以开发信息交流平台系统为背景，对基于MVC模式的Struts框架、Hibernate的ORM机制和对持久对象持久化的管理以及Spring IOC技术进行了探讨，整合这三种框架：表现层使用Struts；业务层使用Spring；持久层使用Hibernate进行系统的开发。

Nowadays, most of research are to build a transmutative Petri Nets through adding controlling place sets, controlling arc sets and controlling policy to the basic Petri Nets, while the Controlled Petri Nets could be used to argue many controlling theory problems conveniently and to induce many logically and physically supervisory and solve the Event Feedback Controlling Problems and State Feedback Controlling Problem in DEDS supervisory theory.

目前大多数的研究表现为在变形后的受控Petri网基础上，利用各种方法求得各种逻辑型、结构型控制器，解决DEDS监控理论中的事件反馈控制问题与状态反馈控制问题。

On one hand, there are discussions with the works council and union about extension of short time working up to the end of September.

一方面，有讨论，工程理事会和联盟关于延长工作时间短至9月底。