2014年1-7月，水运业固定资产投资较2013年同期大幅增长。根据交通运输部的最新统计数据，今年1-7月，水路运输业城镇固定资产投资累计完成1350.08亿元，同比增长34.3%，水路运输业城镇固定资产投资占全国城镇固定资产投资的比重为0.5，与上年同期持平。

关键词：港口航运；运行分析

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交通运输部8月16日消息，为规范三峡后续工作规划航运项目的实施管理工作，充分发挥投资效益，实现规划目标，根据《三峡后续工作规划实施管理暂行办法》（国三峡办函综字〔2011〕138号）、《三峡后续工作专项资金使用管理暂行办法》（财企〔2011〕400号）等有关规定和文件精神，在总结近年来三峡后续工作规划航运项目实施管理经验的基础上，结合交通运输部有关管理规定，交通运输部组织制定了《三峡后续工作规划航运项目实施管理办法》。

关键词：港口航运；要闻综述

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本文分别从2013-2014年中国卫星导航产业发展概述、产业规模、产业竞争分析、发展预测等几个方面进行了分析。

关键词：卫星导航；发展概述；产业规模；产业链；竞争分析；发展预测

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Through a recent NASA contract, Boeing Research and Technology in Huntington Beach, CA developed and optimized a conceptual design of an open rotor hybrid wing body aircraft (HWB).

关键词：动机机体一体化;设计分析;轨迹分析;结构分析

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The hybrid wing body center section test article is an all-composite structure made of crown, floor, keel, bulkhead, and rib panels utilizing the Pultruded Rod Stitched Efficient Unitized Structure (PRSEUS) design concept.

关键词：结构稳定性;故障模式;舱壁;加压舱；复合材料

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Mr. Follen has been invited talk on subject of Greening of Aerospace and Aviation Canada-Ohio Aerospace Summit 2013, February 25-26, 2013. This two-day, bi-national aerospace and aviation conference will focus on identifying business and research opportunities providing meaningful industry updates with ample opportunity to network and scheduled business-to-business and researcher-to-researcher meetings.

关键词：商用飞机；电力推进；混合动力推进系统；推进系统性能

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本文分别从2013-2014年中国通用航空产业发展概况、产业竞争格局、产业预测等方面进行了分析。

关键词：通用航空；发展概况；产业链；竞争格局；产业预测

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本文非别从2013-2014年中国先进制造产业发展概况、产业政策与支撑体系、发展预测等几个方面进行了分析评论。

关键词：金属制品；通用设备；专用设备；汽车制造；电气机械；计算机；通信；电子设备；仪器仪表；铁路；船舶；航空；航天；发展概况；产业政策；支撑体系；发展预测

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The Product Breakdown Structure is traditionally a method of identification of the products of a project in a tree structure. It is a tool used to assess, plan, document, and display the equipment requirements for a project. It is part of a product based planning technique, and attempts to break down all components of a project in as much detail as possible, so that nothing is overlooked. The PBS for ground systems at the Kennedy Space Center is being developed to encompass the traditional requirements including the alignment of facility, systems, and components to the organizational hierarchy. The Ground Operations Product Breakdown Structure is a hybrid in nature in that some aspects of a work breakdown structure will be incorporated and merged with the Architecture Concept of Operations, Master Subsystem List, customer interface, and assigned management responsibility. The Ground Operations Product Breakdown Structure needs to be able to identify the flexibility of support differing customers (internal and external) usage of ground support equipment within the Kennedy Space Center launch and processing complex. The development of the Product Breakdown Structure is an iterative activity Initially documenting the organization hierarchy structure and relationships. The Product Breakdown Structure identifies the linkage between the customer program requirements, allocation of system resources, development of design goals, and identification logistics products. As the Product Breakdown Structure progresses the incorporation of the results of requirement planning for the customer occurs identifying facility needs and systems. The mature Product Breakdown Structure is baselined with a hierarchical drawing, the Product Breakdown Structure database, and an associated document identifying the verification of the data through the life cycle of the program/product line. This paper will document, demonstrate, and identify key aspects of the life cycle of a Hybrid Product Breakdown Structure. The purpose is to show how a project management and system engineering approach can be utilized for providing flexible customer service in an evolving manned space flight launch processing environment.

关键词：地面支持设备;混合结构;地面运营支撑系统;混合动力车

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关键词：大气俘获；航空航天器；火星探测；任务规划；航天器部件

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