廠址決策 的英文怎麼說
中文拼音 [chǎngzhǐjuécè]
廠址決策
英文
plant location decision-
Thirdly, comprehensive attribute method and risk coefficient are used to comprehensively evaluate the risk of the three sites so as to identify key risk factors and evluate the whole risk probability. fourthly, optimal scheme is selected via comparing schemes of the three plant sites through using investment model based on maximum shannon rule. lastly, measures to monitor and control risk consisting in this project are analyzed
在對該項目三個備選廠址的風險識別的基礎上，利用極大熵準則對各廠址存在的風險進行估計，得出各風險發生的概率，然後利用綜合屬性度法和風險系數對各廠址存在的風險進行綜合評價，找出了關鍵風險，並得到了該項目的整體風險水平，進而通過基於極大熵準則的大型工程投資決策模型對該項目的廠址選擇方案進行決策，選出了最優方案，最後，分析了該項目中存在的風險的應對監控措施。In order to deal with the complicated question of mine water decontamination plant site choice, based on the analysis of the mine water quality in wangying, wulong haizhou mining area and the distribution of industry, agriculture and population nearby, this paper applied multi - purpose fuzzy optimal choice model and gray condition decision to select the mine water purifying plant site and put forward the optimal decision
摘要針對礦井水凈化處理廠廠址選擇復雜的問題，以王營礦、五龍礦和海州礦為研究對象，在對其水質以及周圍的工農業和人口分布進行簡單分析的基礎上，採用多目標模糊優選模型和灰色局勢決策法對礦井水凈化處理廠的廠址進行優化，確立建廠的最佳位置。Such conclusion can be made according to the prior analysis that shannon theory can be introduced into risk management to estimate risk, appraise risk and make decision. furthermore, the result of analysis on the project in the dissertation is is consistent with the fact, that is to say, choosing the daxie island, ningbo as the plant site for the project accords with the conclusion of the paper
通過前面各章的分析，得出結論：在風險管理中，完全可以引入熵的理論，進行風險的估計、評價和決策，同時，利用該理論得出的結論與實際情況是相符的，即煙臺萬華聚氨酯股份有限公司16萬噸年mdi工程最終廠址選擇在寧波大榭島，與本文的結論是一致的。
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