环境工程和安全技术及工程专业硕士。
被收购的业务部包括产品、技术、开发、工程、市场、销售和分销，以服务于工业安全及自动化市场。
The business unit being acquired includes products, technology, development engineering, marketing, sales and distribution to serve the industrial safety and automation markets.
论述了黄河下游治河工程安全实时监测关键技术研究的目的意义及目标；
This article deals with the target and significance on study of key technology of safety monitoring of real time of river training project in lower reaches of Yellow River.
从工业安全技术到安全工程专业的转变与实践经过，对安全工程专业的培养目标及课程体系进行了探讨。
Experiencing the transition and practice from industry safety technology to safety engineering speciality, the goal of training and the setting of the disciplinary courses were discussed.
论述了油气管道质量、安全性与寿命、失效模式、相关工程判据(评价与控制的指标体系)及技术条件的相关关系。
The present paper deals with the relationship between the quality, safety and life, failure modes, related engineering criteria and technical requirements of oil and gas pipeline.
在这种背景下，采气厂设备及管线的安全运行越来越受到各级管理部门和工程技术人员的重视。
This equipment and pipeline safe operation receives various management and engineering technical personnel's more and more attention.
建立了地下工程的安全评估与决策平台，为地下工程防、消生化及放射性恐怖袭击提供必要的理论依据和技术措施。
The safety evaluation and decision-making platform were established, and the necessary theoretic foundation and technical measures for anti-terror requirement of underground engineering were provided.
采用ABS工程塑料外壳，及阀控技术，便于安全使用。
The battery use ABS engineering plastic container and valve-regulated technology, for that, it is convenient for use safe.
论文通过对相关文献的研究及钻井现场数据采集，提出钻井工程动态安全评价的总体方案和技术路线；
The whole method and the technology course of drilling dynamic security assessment are developed by studying literature research and collecting drilling field data.
建立了地下工程的安全评估与决策平台，为地下工程防、消生化及放射性恐怖袭击提供必要的理论依据和技术措施。
Established safety evaluation and decision-making platform, provided necessary theoretic foundation and technical measures for anti-terror requirement of underground engineering.
工程结构的损伤识别技术对于把握结构工作状态及评估结构的安全性与正常使用性能具有重要的意义。
In engineering the structure damage identification technology is of great significance to grasp structure working condition and to assess its safety and normal service performance.
因此，在航空航天无损检测技术，土木和机械工程应用是必不可少的，以确保安全性，可靠性及使用寿命。
Thus, techniques for nondestructive damage detection in aerospace, civil and mechanical engineering applications are essential to ensure safety, reliability and operational life.
故障模式影响及危害性分析技术是从工程实践中总结的分析方法，也是目前医疗器械产品安全性分析中最基本的、应用最广泛的、收效最大的分析方法之一。
Failure Mode Effects and Criticality Analysis(FMECA) is a good scientific method summarized from engineering practice. It is very useful in the Criticality Analysis of medical device.
同时，新颖的信息技术概念、策略及设备不断涌现并应用到岩土工程，在确保岩土工程安全性的同时提高了效率。
In addition, innovative information technology concepts, strategies and equipments keep emerging and have been applied to Geo-Engineering to improve efficiency and ensure safety.
佛山市依恩胶片科技有限公司是一家专业从事智能玻璃、建筑工程安全玻璃EVA夹层胶片的研发、生产及销售的高新技术企业。
Ian film Foshan co., Ltd. is a company specialized in smart glass, construction EVA laminated safety glass film development, production and sales of high-tech enterprises.
佛山市依恩胶片科技有限公司是一家专业从事智能玻璃、建筑工程安全玻璃EVA夹层胶片的研发、生产及销售的高新技术企业。
Ian film Foshan co., Ltd. is a company specialized in smart glass, construction EVA laminated safety glass film development, production and sales of high-tech enterprises.
应用推荐