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基于熵权法-信息量模型的管道地质灾害易发性评价

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管道地质灾害易发性评价是管道地质灾害风险管控的基础.为探索建立管道地质灾害易发性定量评价模型,本文以潜江-韶关管道(广东段)为例,在野外地质环境条件及地质灾害调查基础上,选取了坡度、坡向、平(剖)曲率、岩土体性质及地质构造等评价因子,基于熵权法及信息量法进行地质灾害易发性评价分区,划分高易发区、中易发区及低易发区.评价结果为管道地质灾害风险管控提供依据,为其它类似评价提供参考.
Evaluation of Pipeline Geological Hazard Susceptibility Based on Entropy Weight Method and Information Model
Pipeline geological hazard susceptibility evaluation is the basis of pipeline geological hazard risk control.In order to explore and establish a quantitative evaluation model for pipeline geological hazard susceptibility,this paper takes Qianjiang-Shaoguan Pipeline(Guangdong Section)as an example,and selects evaluation factors such as slope,slope direction,horizontal(profile)curvature,rock and soil properties and geological structure on the basis of field geological environment conditions and geological hazard investigation,and conducts geological hazard susceptibility evaluation zoning based on entropy weight method and information method.Divided into high,medium and low prone areas.The evaluation results provide a basis for pipeline geological disaster risk management and control,and provide a reference for other similar evaluation.

pipeline geological hazardssusceptibility evaluationentropy weight methodinformation method

袁睿

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国家管网集团广东运维中心,广州 510710

管道地质灾害 易发性评价 熵权法 信息量法

2024

四川地质学报
四川省地质学会

四川地质学报

影响因子:0.314
ISSN:1006-0995
年,卷(期):2024.44(3)