Since waterway engineering faces increasingly acute safety problems, the identification and control of waterway engineering hazards are studied on the basis of Sanya phoenix island international cruise port phase-II project. The research results illustrate the effectiveness of relevant control measures, forms a set of hazard identification and control system, guarantee the operating safety, and serve as a reference for the identification and control of hazards in similar projects.%针对水运工程日益突出的安全问题,以三亚凤凰岛国际邮轮港二期工程为研究背景,对水运工程危险源辨识及控制开展研究。说明了该控制措施的有效性;形成了一套危险源辨识和控制的体系,为工程的安全作业提供了保证,同时对相似工程的危险源辨识和控制具有一定参考价值。
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机译:永久性心房纤颤的速率控制功效:在宽率控制的背景下严格速率控制的成功和失败:永久性心房纤颤研究的速率控制功效数据HFGroenveldJ.G.TijssenH.J.Crijns永久性心房纤颤的速率控制功效:在宽容率控制背景下成功和失败的严格率控制:来自永久性房颤研究中的率控制功效的数据J Am Coll Cardiol612013741748