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The application of entropy weight unascertained model in mine safety evaluation

机译:熵权未定模型在矿山安全评价中的应用

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The mine safety evaluation is of great significance for daily safety production management of the mine. The current evaluation methods can not reflect the unascertained or fuzzy state of the mine completely. Firstly, this paper establishes a more systematic, scientific, reasonable index system for the mine safety evaluation, relying on the practical experience and relevant research on system development of Jinshandian iron mine which belongs to Wuhan Iron and Steel Corporation (WISCO), determines the weight of each index objectively with the entropy weight method, and then evaluates the mine system safety using the unascertained measure model. Cases show that the result of the mine safety evaluation is in line with the reality, which provides a reliable technical support for the mines' daily safety and normal production, and meanwhile provides a certain explanation and demonstration for potential safety hazards that may occur. Therefore, the model possesses a certain scientific property, rationality and reliability, and has the value of further promotion and application
机译:矿山安全评价对矿山日常安全生产管理具有重要意义。当前的评估方法无法完全反映出矿井的不确定状态或模糊状态。首先,借鉴武汉钢铁公司(WISCO)金山店铁矿系统开发的实践经验和相关研究,建立了一套较为系统,科学,合理的矿山安全评价指标体系。使用熵权法客观地评估每个指标,然后使用不确定的测度模型评估矿井系统的安全性。实例表明,矿山安全评价的结果与现实相吻合,为矿山的日常安全和正常生产提供了可靠的技术支持,同时对可能发生的潜在安全隐患提供了一定的解释和论证。因此,该模型具有一定的科学性,合理性和可靠性,具有进一步推广应用的价值。

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