detention storage 中文意思是什麼

detention storage 解釋
滯水儲存
  • detention : n. 1. 阻止;阻留。2. 扣留,拘留,監禁。3. (罰學生的)課后留校。4. (非法)佔有。
  • storage : n. 1. 貯藏(量),存儲(量);(倉庫)保管;庫容量。2. 棧房,倉庫,貯藏所。3. 棧租,棧費。4. 貯存器。5. 【電學】蓄電(瓶)。6. 【自動化】(計算機的)存儲(器);記憶。
  1. Sparedescription : based on the author s research and information from the usa and japan, the development trend of flood control and disaster mitigation in economically developed countries is introduced, including the follow aspects : flood risk management, floodplain management, flood control standard, city rainfall flood storage, levee construction technology, public participation, flood insurance, management of storage and detention zones, flood control investment, study on flood control and disaster mitigation, and formulation of related laws and regulations

    描述:根據美、日等國最新文件和資料,結合作者多年的研究,簡明地介紹經濟發達國家在防洪減災方面的最新發展趨勢.內容涉及洪水災害風險管理、泛濫原管理、防洪標準、城市雨洪調蓄、堤防建設技術、公眾參與、洪水保險、蓄滯洪區管理、防洪投入、防洪減災科學研究、法規建設等諸多內容
  2. It is difficult to be settled by classical theories because of fixed quality and quantity. this thesis bases on the improvement of traditional way, overcomes its i ack experience, takes the more advanced fuzzy decision - making and optimal selection theory, researches into the established model and gets the result that it ' s best to set pangtoupao storage and detention flood area on the left side of menjiang river by comparing the four schemes and ten objectives of fixed quality and quantity. the result holds identical views with the result of usual economic evaluation. so it ' s the first time using fuzzy decision - making and optimal selection theory to resolve the important and pragmatic problem comprehensively and scientifically

    本文在總結用傳統的方法研究經驗與不足的基礎上,採用目前較先進的模糊優化理論及建立起的模型進行蓄滯洪區設置及規模研究,通過對嫩江四個蓄滯洪區方案, 10個定性定量目標的優化比選,得出在嫩江左岸設置胖頭泡蓄滯洪區最優,其優選結果與採用常用經濟評價方法所得結果基本一致,從而第一次用模糊優化理論較全面科學地解決松花江流域防洪工程中確定蓄滯洪區規模這一重大實際問題。
  3. Flood control planning should include the protected objects, aims and tasks of flood control, flood control measures and act ion plans, delimit the flooded area, the flood storage and detention area and the flood control protected area, and determine the principle for use of the flood storage and detention area

    防洪規劃應當確定防護對象、治理目標和任務、防洪措施和實施方案,劃定洪泛區、蓄滯洪區和防洪保護區的范圍,規定蓄滯洪區的使用原則。
  4. The state council and relevant people ' s government s of provinces, autonomous regions and municipalities directly under the central government may formulate measures for control of safety and construction within flooded areas and flood storage and detention areas and measures for giving support, compensations and aids to flood storage and detention areas

    國務院和有關的省、自治區、直轄市人民政府可以制定洪泛區、蓄滯洪區安全建設管理辦法以及對蓄滯洪區的扶持和補償、救助辦法。
  5. Article 32 people ' s government s of provinces, autonomous regions and municipalities directly under the central government in places where flooded areas or flood storage and detention areas are located should, as required by flood control planning, organize relevant departments and units to formulate safety and construction work plans for flooded areas and flood storage and detention areas, to bring under control population growth within flood storage and detention areas, to move residents in a planned way out of flood storage and detent ion areas which are frequently in use, and to take other necessary safety and protective measures

    第三十二條洪泛區、蓄滯洪區所在地的省、自治區、直轄市人民政府應當組織有關地區和部門,按照防洪規劃的要求,制定洪泛區、蓄滯洪區安全建設計劃,控制蓄滯洪區人口增長,對居住在經常使用的蓄滯洪區的居民,有計劃地組織外遷,並採取其他必要的安全保護措施。
  6. Code for china flood storage and detention area name

    中國蓄滯洪區名稱代碼
  7. Houses built within flood storage and detention areas shall have flat roofs

    在蓄滯洪區內建造房屋應當採用平頂式結構。
  8. Intelligent decision on optimization of storage - detention flood area alternatives in songhua river basin

    松花江流域蓄滯洪區方案優選智能決策研究
  9. Article 136 whoever violates the regulations on the control of explosive, inflammable, radioactive, poisonous or corrosive materials and thereby causes a serious accident during the production, storage, transportation or use of those materials, if there are serious consequences, shall be sentenced to fixed - term imprisonment of not more than three years or criminal detention ; if the consequences are especially serious, he shall be sentenced to fixed - term imprisonment of not less than three years but not more than seven years

    第一百三十六條違反爆炸性、易燃性、放射性、毒害性、腐蝕性物品的管理規定,在生產、儲存、運輸、使用中發生重大事故,造成嚴重後果的,處三年以下有期徒刑或者拘役;後果特別嚴重的,處三年以上七年以下有期徒刑。
  10. 4. the technical principles and methods of gis - based flood routing dynamic visual simulation for river, storage and detention basins are proposed. at the same time, the establishment process of three - dimensional visual models is analyzed, and the general framework

    4 .提出了基於gis的河道、蓄滯洪區洪水演進可視化模擬技術原理與方法,分析了洪水演進可視化模型的建立過程,設計出河道、蓄滯洪區洪水演進系統的總體結構及開發模式,並介紹了系統具體功能的實現。
  11. The engineering of the storage and detention flood area is one of the important flood protection engineering in the songhuajiang river valley. the storage and detention flood area can resolve the flood problem basically in haerbin. at the same time, it works out a solution to the core problem in songhua jiang river valley. the installation has a lot of factors

    蓄滯洪區工程是松花江流域內防洪工程的重要工程之一,蓄滯洪區能夠基本解決哈爾濱市防洪問題,同時也很好解決松花江流域防洪核心問題,而蓄滯洪區設置涉及許多影響因素,既有定性,又有定量的,難于用經典理論技術來解決。
  12. Land uses within the areas of management and protection of rivers, lakes and reservoirs and flood storage and detention areas should be in line with plans for the comprehensive control, development and utilization of rivers and lakes and to the requirements of river channels, flood flows of rivers and lakes, flood storage and water transmission

    在江河、湖泊、水庫的管理和保護范圍以及蓄洪滯洪區內,土地利用應當符合江河、湖泊綜合治理和開發利用規劃,符合河道、湖泊行洪、蓄洪和輸水的要求。
  13. The flood detention and storage capacity of several billion cubic meters of hongze lake has been recognized for a long time, but the resistance of fiver - lake string has always been ignored, based on an analysis of historical information about flood events, the harmfulness of plain fiver - lake string was revealed, then, the necessity for implementation of fiver - lake separation in regulation of the huaihe river was verified, and a reasonable scheme for fiver - lake separation and a feasible modeling method for scientific demonstration were also put forward

    摘要針對長期以來人們只認知洪澤湖的幾十億立方米防洪調蓄能力,卻漠視它的河湖串阻力及其一級尾閭地位的情況,通過對歷史洪水和有關資料的分析,初步揭示平原河湖串的危害性,由此引證進一步治理淮河實施河湖分離的必要性,並提出一種合理的河湖分離方案,以及比較可行的模擬論證方法。
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