1) Noise control engineering
消声工程
3) wave dissipation engineering
消浪工程
1.
In order to evaluate the effects of wave dissipation engineerings on reducing sediments resuspension and internal nutrient release in Lake Taihu,sediment traps were settled on July 15 to 17,2005 in the wave dissipation engineering area to measure resuspension flux of sediments.
为了解863消浪工程对太湖底泥再悬浮及营养盐释放的抑制作用,于2005年7月15~17日在工程区投放悬浮物捕获器测定沉积物的再悬浮通量,并分层采集水样进行水体营养盐浓度的垂向分布研究。
2.
2) Effect of wave dissipation engineering on sediments resuspension and nutrient release in Lake Taihu.
为了解随着梅梁湾生态修复工程的实施，水体生态系统在不断发生变化，沉积物中磷的积累状况以及沉积物中磷向水相的迁移情况，了解消浪工程对沉积物再悬浮的抑制情况，本文进行了三个方面的研究：(1)水生植被恢复对底泥营养盐含量的影响研究；(2)消浪工程对太湖底泥再悬浮及营养盐释放的影响研究(野外试验)；(3)风浪扰动引起湖泊形态磷变化的模拟试验研究(室内模拟)。
4) fire protection engineering
消防工程
1.
Discussion on professional cultivation system in fire protection engineering based on the idea of large-scale engineering;
消防工程专业人才培养体系的探讨
2.
The developing status and the research field of the fire protection engineering subject are introduced briefly in this paper,the reasonableness and the necessity of improving the fire protection engineering from grade 2 subject to grade 3 subject are emphatically set forth.
介绍了国内外消防工程学科的发展现状及其研究领域 ,着重阐述了将消防工程专业由学科体系中的三级学科提升为二级学科的合理性和必要
3.
There are so many items in content for teaching fire protection engineering specialty,teaching of them should be boring and lack of usable image information.
针对消防工程专业课程的教学中存在大量条文化信息,内容相对枯燥,可用图像类资料缺乏等问题,利用FDS和S imu lex等数值模拟软件的可视化特点及在消防研究领域中的应用特点,提出可以将数值模拟软件应用于教学过程,并结合课程中相应的消防专业知识进行了举例说明。
5) fire fighting engineering
消防工程
1.
Cultivating highly educated talents of fire fighting engineering has become an important task in ensuring the economic development and social stability.
随着社会对公共安全的重视,对消防工程人才提出了更高的要求,培养高素质消防工程专业人才已成为保障社会经济发展的重要课题之一。
2.
By analyzing and discussing the present education situation and course system of fire fighting engineering major at home and abroad,and by considering the subjects that the major covers,the structure characteristics of the undergraduate course system of this major are analyzed by using system theory.
在分析讨论国内外消防工程专业教育现状与课程体系研究进展的基础上,针对消防工程专业所涉及的学科领域,运用系统论的观点和方法,分析消防工程专业本科课程体系的结构层次特点。
6) fire engineering
消防工程
1.
The classification and operation flow of China fire engineering, provincial distriobution of construction enterprises and engineering volume, customers’behavior,influence of laws, codes and standrads in China fireengineering market were investigated and analysed through theway of questionnaire, experts consultation and internetsearch, etc.
通过问卷调查、专家咨询、网络搜索等方法对我国消防工程市场的分类、操作流程、建筑业企业分布、工程量大小及分布、市场客户行为、法律法规及标准的影响进行了调查分析,为我国消防工程市场的良性发展、营销手段的针对性使用、特征商机的发现以及中外合资共同开发建筑消防工程市场提供参考。
2.
The article also summarized the formation and history of the course-“fire science and fire engineering”.
对“火灾科学与消防工程”学科的形成与发展历史作了概述,对于学科的内涵和扩延进行了深入的探讨,提出了加强“火灾科学与消防工程”学科建设的建
3.
In order to cultivate research-oriented talents of fire engineering,this paper expatiated the direction ideas,basic principles for constructing the research-oriented undergraduate talent cultivation plan and the arrangement of courses of fire engineering based on analyzing the main courses of fire engineering at home and abroad.
为培养研究型消防工程人才,在分析国内外消防专业主要课程设置的基础上,笔者给出了消防工程专业研究型本科教学培养方案构建的指导思想、基本原则和各类课程安排的整体思路。
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参考词条