本课题是以广州石化二万吨硫磺回收装置为例建立一套安全评价系统。
This thesis takes the twenty-thousand-ton sulphur recovery device as the research object, and the aim is to build one risk assessment system.
针对破损船舶安全评价系统的复杂性和模糊性，利用模糊综合评价方法对由船员、船舶、环境三要素所构成的交通系统进行评价。
The synthesized assessment on the state of damaged ships was fuzzy and complex. The AHP method was used to assess the system of crew, ship and environment.
针对目前我国交通安全评价方法存在的缺陷，运用系统动力学原理，建立了交通安全度评价的安全因数方法。
The safety coefficient method, which is aimed to construct the evaluation of traffic conditions using system dynamics, is proposed to modify the drawbacks of the current evaluation of traffic safety.
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