浮式生产储油船的海上安装连接是单点系泊系统海上安装的关键性工程。
The hookup of storage tanker is the key step in the offshore installation of floating production system.
应用基于主元分析的故障诊断方法对浮式油轮生产储油卸油系统进行故障检测与诊断研究。
Used fault diagnosis method based on Principal Components Analysis to research the fault monitoring and diagnosis of Floating Production Storage and Off-loading system.
单点系泊的铸钢吊点是单点系泊系统联接浮式生产储油系统的重要枢扭。
The steel casting lifting point of single point mooring (SPM) is an important pivot of the SPM to connect floating production storage system.
浮式生产储卸油系统（FPSO）是现今海洋工程中极其重要的一种设备。
Nowadays, Floating Production Storage and Offloading System (FPSO) is a common device in offshore engineering.
浮环密封和接触式机械密封需要密封油及油液控制系统，其控制系统复杂、维护费用高、污染严重、能耗较大、稳定性较低；
The two kinds of shaft seal have several disadvantages, for example, complicated control system, highly maintenance cost, serious contamination, more power consumption and lower stability.
本文简要介绍绥中36—1 油田浮式生产储油装置上工艺监视和控制系统的设计思路，以及该系统的组成和功能。
The design concept , components and function of process monitoring system of SZ 36-1 FPSU are intro-duced briefly in this paper.
顶部张紧立管（TTR）是用于连接运动的浮式生产设施和海床上的海底系统的管道，顶部张紧立管可用于钻井、完井及生产。
Top tension risers (TTRs) are used as the conduits between dynamic floating production units and subsea systems on the sea floor, for drill, complete or production facilities.
基于精细积分和状态空间法提出了一种新的浮筏系统动态响应分析方法，并结合侧挂式浮筏系统算例对该方法进行了验算。
This paper proposed a new response analysis method for raft isolation system by the combination of precise integration and state-space.
随着浮式生产储油系统在渤海浅水海域的广泛应用，水深对FPSO运动与波浪载荷的影响问题突现出来。
With the wide use of very large FPSO in shallow water of Bohai Bay, a new subject concerning the effects of water depth on wave induced loads response of FPSO appears.
研究的锚型和推荐的公式可用于浮码头、单点系泊系统等非临时性浮式设施的水下锚体设计。
The formula can be applied in the design of non-temporary floating facility such as floating.
随着深海能源的开发，浮式生产设施具有众多的优点，被广泛应用，其关键是锚泊系统。
With the development of deep sea energy, many functions of FPSO(Floating Production, Storage and Offloading System) have been widely applied.
在此扩展下，他们从现在起就可以传递用于浮式采油、卸货船舶及半潜式油气钻井的整合的能源和自动化系统。
Under this expansion, they can now deliver integrated energy and automation systems for Floating Production Storage and Offloading vessels and semi-submersible oil and gas drilling rigs.
本文是两年来研制动压气浮陀螺驱动马达锁相式速度控制系统的技术总结。
This article is the technical summarization that we developed over past two years phase-locked velocity servo loop for three-phase asynchronous motor that drives gas-dynamic free-rotor gyroscope.
本文是两年来研制动压气浮陀螺驱动马达锁相式速度控制系统的技术总结。
This article is the technical summarization that we developed over past two years phase-locked velocity servo loop for three-phase asynchronous motor that drives gas-dynamic free-rotor gyroscope.
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