进化是一种非常缓慢的过程，然而文化与技术的更新非常之快。
Evolution is a very slow process and culture and technology change very fast.
本系统在设计与实现的过程中采用了如下的技术。
In the process of design, there are a few new technology are used.
同时对土钉支护在施工与监测过程的一些技术问题进行了探讨。
In addition, some technical problems in the construction and monitoring process are discussed.
本文介绍了滑模施工作业自动控制技术的基本原理与控制过程。
This article describes the principle of autocontrol technology and control process of slip-form construction.
可视化编程，软件工具与环境，UML建模技术，软件过程，软件项目管理等。
Visual Programming, Software tool& environment, UML modeling technology, Software process, Management of software project.
工作流与数据管理技术的结合为业务过程自动化提供了技术实现手段。
The combination of workflow and data management technology provides a solution to business process automation.
流程管理是PDM系统中实施业务过程管理与过程控制的一项关键技术。
Workflow management is a key technology for the business process management and control in PDM.
在这一过程中，此类专家判断及将其知识应用于任何技术与管理细节。
Such judgment and expertise is applied to any technical and management details during this process.
随后的技术价值评价基本过程是对评价的标准、原则等内容的应用与具体展现。
Technological value evaluate micro course is the represent of standard, principle that evaluate application.
技术创新与经济增长是一个互动的影响过程。
It is an interactive influence process in the development of Technological Innovation and Economic Growth.
对超声波技术在质量传递过程中的应用与研究进展进行了综述。
Advances in the study and application of ultrasonic field in mass transfer process are reviewed.
介绍了氧化铜无机粘接和三酸腐蚀制造工艺技术在橡胶模具设计与制造过程中的应用。
Application of inorganic bonding and acid corrosion in rubber die design and manufacturing was introduce.
科学技术研究与开发是创造和产生知识的过程。
The research and development of science and technology is to create and produce knowledge.
负责对产品开发过程中存在的技术问题与客户进行交流沟通。
Responsible for communicating with customers about the problems in the process of production development.
分离与纯化技术在过程工业中占有重要地位。
Separation and purification play an important role in process industry.
因此，在制球过程中如何提高硅烷偶联剂与产品的结合能力是制备中的关键技术。
So, the ability of these nanoparticles in chiral separation is still to be improved.
因此，在制球过程中如何提高硅烷偶联剂与产品的结合能力是制备中的关键技术。
So, the ability of these nanoparticles in chiral separation is still to be improved.
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