实践证明，这种多层组件服务的开发模型大大降低了开发的工作量，降低了开发的复杂度，并方便了调试。
It is proved by the practice that the Multi-tier Component Services Model greatly decreases development overhead and complexity, and makes debugging and testing more convenient.
服务是这种多层体系结构的核心，并且是实现服务流和流程的组件。
Services are at the heart of this multilayer architecture and are components that realize service flows and processes.
可以用这些组件来提供多层的、基于客户机和服务器的企业应用程序。
The components can then be used to provide multi-tier client - and server-based enterprise applications.
使用RemoteServer和RemoteConnection组件，就可以使用. NETRemoting来开发多层应用程序。
With the use of the RemoteServer and RemoteConnection components, this can lead to multi-tier applications using.net Remoting.
有一组树状多层注入器，有一个根注入器，每个组件也另外有一个注入器。
There is a tree hierarchy of injectors, with a root injector and an additional injector for each component.
通过研究比较，给出了一种基于分布式组件技术的多层软件体系架构的平台搭建方案。
In the research, a constructing method of multi-layer software architecture based on distributed component technology is presented.
多层壳体组件具有尺寸精度高、形位公差要求严、粘接难度大等特点。
Multiplayer shells assembly have characteristic, which are high dimension precision, strict form and position tolerance, difficult bond technology and etc.
T3的现代技术方法表现在屋顶，楼板，柱子和梁以及家具中使用了实木组件(主要由多层胶合木料和钉压的木板)。
T3's modern technological approach USES engineered wood components (chiefly glulam and nail laminated timber) for the roof, floors, columns and beams, and furniture.
多层壳体组件是某产品中的关键零部件，它采用胶粘技术由各层壳体粘接而成。
In certain productions, multilayer shells assembly is the key components. Multilayer shells are bonded by stickiness technology.
J2EE是一个基于组件技术的企业级应用系统的开发规范，定义了一个多层企业信息系统的标准平台。
J2EE is an enterprise level standard basing on module. It defines an enterprise information system platform in multiple layers.
在大规模地形的渲染处理中，使用了基于组件式的多层地形算法。
Besides, the terrain component render algorithm is the important basis of multi-layer terrain and LRU algorithm.
本测试程序采用框架中多层核心组件编写，演示了操作数据的各种那个功能，以及程序性能。
The test program uses the framework of written multi-core components, shows that feature a variety of operating data, and program performance.
大多数用户界面组件都是使用多层嵌套名称空间，但许多常见的实用功能作为Ext命名空间的属性提供。
Most user interface Components are at a lower level of nesting in the namespace, but many common utility functions are provided as direct properties of the Ext namespace.
大多数用户界面组件都是使用多层嵌套名称空间，但许多常见的实用功能作为Ext命名空间的属性提供。
Most user interface Components are at a lower level of nesting in the namespace, but many common utility functions are provided as direct properties of the Ext namespace.
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