emergency water system 中文意思是什麼
emergency water system
解釋
事故用水系統-
Primarily introduce the safe advanced technique that manage of local abroad shipping, combinative the area ' s actual circumstance of three gorges water, bring up to include the execution ships to settle the line system, establish the ships transportation to manage the system, establish the ships pollution to meet an emergency the reaction system, establish the maritime affairs to search to save the system, establish the seaman to manage the system with establish the maritime affairs management to guarantee the system ' s three gorges water area the shipping the safety to manage the system ' s speculation, and provide the superior to lead to test decision, then become the passive management for active management, and by the root resolve the thr
主要是介紹國內國外航運安全管理的先進技術，結合三峽庫區的實際情況，提出包括實行船舶定線制、建立船舶交通管理系統、建立船舶污染應急反應系統、建立海事搜救系統、建立船員管理系統和建立海事管理保障系統的三峽庫區航運安全管理體系的構想，供上級領導參考決策，以變被動管理為主動管理，從根本上解決三峽庫區航運安全管理的問題。 -
Gaomi water conservancy geography information system & manager information system is an information supporting system for flood control, emergency decision - making and reasonable allocation of water resources for gaomi city
摘要高密市水利信息工程自動化管理系統是一個防汛搶險、應急決策和水資源合理調配提供支持的系統。 -
At the same time, the technology of gis is used in field of water conservancy more and more. some departments use it as a tool for analyzing, decision - making, imitating, and forecasting, which brings much social economic benefit clearly. the technology of gis is mostly used in the flood information system, which includes of geographic environment, social economic and engineering means etc. because there are much information, much emergency, quick decision, it is asked good ability to deal with data and make speed reflect
在我國目前的情況下，防洪仍然主要依靠技術手段，包括工程技術手段和非工程技術手段。隨著gis在水利領域的應用逐漸深入，防洪決策部門將它作為分析、決策、模擬甚至預測的工具。作者在對建設防洪決策支持系統的研究中融入防洪風險管理思想，並以此為基礎重新構建基於gis平臺的防洪減災決策支持系統，把gis技術在防洪抗災方面運用推入更高的層次。 -
Using the technique effacing to the object, the system include the safe monitoring to the key bam, the side slope and the underground engineering which relate to more than ten monitoring items such as distortion, stress ( meet an emergency ), seepage, temperature, water level and so on
系統採用面向對象的軟體開發技術，包括了對壩體與壩基安全監測，邊坡穩定性安全監測和地下工程安全監測，涉及變形、應力（應變） 、溫度、滲流、水位等十多項監測項目。 -
The theory has quite a better application in solas convention gradually. water traffic administration measures in our country apply with the theory on the whole. but some factor, such as maritime administration system, fitness of cargo, maritime safety information and emergency preparedness, are controlled incompletely and unconcretely
本文以內河交通安全管理條例為主線，全面分析了我國水上交通安全管理制度，認為我國水上交通安全管理制度基本體現了水上交通事故致因理論的應用，但在對管理體系、貨物適運、水上安全信息、應急準備等方面缺陷控制不周延和不具體。 -
An applied math professor at dionghing ( chunghsing ) univ. got a 20 - year us patent on a water nest system that use high - pressure, computer - controlled water beams on the runway to reduce impact and steer emergency landing airplanes
中興大學應用數學系耶蔡永祥教授申請著米國二十年耶專利?設計一種佇機場跑道頂耶噴水網?若是飛行機緊急艾降落時會使減少沖力?擱會使用電腦控制飛行機乎伊趄去安全耶所在。 -
The paper centered the point of view, going forward to find out the management system factor, while going afterward to identify emergency actions, so a integrated water traffic accident - causing theory comes forward
本文正是該點為核心，向前分析找出水上交通安全管理因素，向後分析找到防止最終損失的應急措施，從而提出了完整的水上交通事故致因理論。 -
Based on the analysis on the characteristics of the sudden water pollution accidents in detail, such as the uncertainty of space - time, the polluted range and the suffered objects, the features of different fiver basins and the unclearness of the main subjects to respond urgently, the concept on the construction of the early - warning and emergency response system is made under the consideration of three parts - the early warning mechanism, the emergency mechanism and the computer - aiding decision system ; for which the hazard resources distinguishing, risk appraisal and the emergency response principles with the relevant organization, classification, monitoring, treatment method etc. are described, and then the requirements of both the processing of the accident simulation and the database design are analyzed as well
在深入分析突發性水污染事故時空、污染范圍和污染對象的不確定性、流域性、應急主體不明確等特點的基礎上，構建突發性水污染事故預警應急系統體系，認為該系統應包括預警機制、應急機制和計算機輔助決策系統三個部分，並詳細闡述危險源辨識、風險評價、應急原則、應急組織機構、應急分級、應急監測、應急處理方法等內容，同時分析了事故模擬的流程和數據庫設計的要求。
分享友人