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   框架工程 的翻译结果: 查询用时:0.007秒
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框架工程
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  “框架工程”译为未确定词的双语例句
     Construction of the High-Strength Concrete Frame in the Project of Liaoning Industrial Technical Interchange Center
     辽宁省工业技术交流馆高强混凝土框架工程施工
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     The structure design on a multi-storeied steel framework in a project
     某多层钢框架工程结构设计
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     Cause Analysis of the Concrete Carbonization in a Framework
     某框架工程混凝土碳化原因分析
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     Design and Construction of a Multistory Prestressed Concrete Frame Structure
     多层预应力砼框架工程实例
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     Construction of National Geo-spatial Data Reference Frame
     国家地理空间信息基准框架工程建设
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  相似匹配句对
     The reinforcement treatment of frame structure engineering
     框架结构工程的加固处理
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     FRAMEWORK OF ENGINEERING PRODUCT DEVELOPMENT
     工程产品开发框架技术
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     South North Water Transfer Project
     南水北调工程
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     main projects
     重点工程
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     The Necessary Conditions for Frames
     框架的必要条件
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Linking with actual engineering of an albumin factory in Wuhan, the construction design and technology of the large span prestressed multistory frames are described systematically. The traditional construction technology has been improved, so that construction schedule has been sped up and the fairly good economical benefit has been obtained. These construction methods have referential value to the similar structural engineering construction.

结合武汉某部白蛋白车间多层大跨度预应力混凝土框架的工程实际,系统阐述了预应力混凝土框架的施工计算和施工方法.在传统的施工方法上进行了改进,加快了工程的施工进度,取得了较好的经济效果,对其它类似的工程有一定的参考价值.

Shenzhen is a newly coastal city.There are granite in the east and west and old metamorphic rocks in the middle.Regionally,there are sandstone,mudstone,metamorphosed slate,and siltstone.The Shenzhen Rupture is the major tectonic line in the middle area.Thus the geologic hazard of landslide is mainly distriubted there.In the granite area,the deformation primarily are breakdown,rockfall,and collapse of high slopes.For the slopes composed of metamorphic rocks,sandstone and mudstone,landslide only occurs in several...

Shenzhen is a newly coastal city.There are granite in the east and west and old metamorphic rocks in the middle.Regionally,there are sandstone,mudstone,metamorphosed slate,and siltstone.The Shenzhen Rupture is the major tectonic line in the middle area.Thus the geologic hazard of landslide is mainly distriubted there.In the granite area,the deformation primarily are breakdown,rockfall,and collapse of high slopes.For the slopes composed of metamorphic rocks,sandstone and mudstone,landslide only occurs in several places.It also presents the relation between the tectonics and the geologic hazard,which shows that in both sides of the fault landslides developed.In the second part,the engineering technology for slopes are discussed.The technology includes:1.Piles and continuous wall;2.Bolting frame;3.Prestressed anchorage cable,prestressed anchor frame protection slope,and prestressed anchor antislide pile;4.Installing the multilevel relieving platform;5.Unwatering and draining.The construction technology employed in Shenzhen has been proved effective since it was in operation.Otherwise,in the projects accomplished in the early 1990s,the coordination between the engineering measures and the civic landscape was hardly considered.Since the late 1990s the impact on the civic environment of projects has been taken into account.So the protection measures mainly are bolting frame and prestressed anchor frame.Grass is planted between the fames,which is good for the side slope stability as well as for the landscape.

深圳市是一座新兴的海滨城市,市区东部与西部以花岗岩为主,中部以古老的变质岩为主,部分地区分布有砂岩、泥岩及变质的板岩、粉砂岩,深圳大断裂是区内主要的构造形迹。滑坡地质灾害主要分布在中部。在花岗岩地区主要变形为岩质高边坡崩塌、落石、坍塌等坡面变形;在变质岩、砂岩、泥岩地区发生多处滑坡。地质构造与地质灾害关系密切,深圳大断裂两侧为地质灾害多发区。防治边坡变形的工程措施即桩排、连续墙、基础为桩,锚杆框架;预应力锚索、预应力锚索框架护坡、预应力锚索抗滑桩,设置多级平台减载及疏干排水措施。深圳采用的治理地质灾害的工程措施经过多年的使用达到预期效果,但在上世纪90年代初完成的工程很少考虑工程措施与城市的景观协调。90年代后期已经考虑了工程完成后对城市环境的影响。因此采用防护措施以锚杆框架、预应力锚索框架工程为主,框架间植草,既有利于边坡稳定又有利于美化环境。

Instrument interchangeability is the key guideline of designing general purpose ATS.The developing course of instrument interchangeability technology is reviewed.IVI-Signal Interface instrument driver design standard developed by IVI Foundation based on IVI-MSS model is discussed,and its technology criterion,framework,engineering application and business effect are analysed.IVI-Signal Interface standard based on signal interface realizes the higher-level instrument interchangeability and points out the developing...

Instrument interchangeability is the key guideline of designing general purpose ATS.The developing course of instrument interchangeability technology is reviewed.IVI-Signal Interface instrument driver design standard developed by IVI Foundation based on IVI-MSS model is discussed,and its technology criterion,framework,engineering application and business effect are analysed.IVI-Signal Interface standard based on signal interface realizes the higher-level instrument interchangeability and points out the developing direction of future driver design.

仪器互换性是通用ATS设计的重要指标。回顾仪器互换技术的发展过程 ,重点论述了IVI基金会在IVI -MSS(measure mentandstimulussubsystem)模型基础上提出的IVI -SignalInter face仪器驱动器设计标准 ,分析了它的技术规范、结构框架、工程应用和商业效应。IVI -SignalInterface标准基于信号接口 ,实现了更高层次的仪器互换 ,指明了未来驱动器设计的发展方向。

 
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