確定危險等級 的英文怎麼說

中文拼音 [quèdìngwēixiǎnděngjí]
確定危險等級 英文
assigning degrees of hazard
  • 確 : 形容詞1. （符合事實; 真實） true; reliable; authentic 2. （堅固; 堅定） firm
  • 定 : Ⅰ形容詞1 （平靜; 穩定） calm; stable 2 （已經確定的; 不改變的） fixed; settled; established Ⅱ動詞...
  • 險 : Ⅰ名詞1 （險惡不容易通過的地方） a place difficult of access; narrow pass; defile 2 （危險） dange...
  • 等 : Ⅰ量詞1 （等級） class; grade; rank 2 （種; 類） kind; sort; type Ⅱ形容詞（程度或數量上相同） equa...
  • 級 : Ⅰ名詞1 （等級） level; rank; grade 2 （年級） any of the yearly divisions of a school course; gra...
  • 確定 : 1. （明確地定下） define; fix; determine; ascertain 2. （明確而肯定） definite; certain; for sure
  • 等級 : 1 （按質量、程度、地位等的差異而作出的區別） grade; rank 2 （在社會地位和法律地位上不平等的社會集...
  1. The paper introduce detailed the method to decide the threshold value, and set forth the method to test the believing interborough of division result in theory

    本論文在研究區研究過程中詳細的介紹了危險度等級閾值確定的方法，並對檢驗區劃成果的置信區間作了理論上闡述。
  2. First of all, it determines the scope in which earthquake might be genetated, the potential seismic sources areas and the upper limit of the earthquake magnitude through the analysis, research and evaluation of the area seismic geological condition of the workzone. secondly, according tothe research of the seismic activity, it also determines the seismic activity coefficients for per potential seismic sources areas, and the delay relation of seismic intensity and seismic accelaration, and then three different seismic intenstities and dynamic strength of bedroch under different probability are given. through the analysis and caculation of earthquake hazard with the analytic approach of probability

    首先，對工作區的區域地震地質環境進行了分析、研究、評價，確定了萊蕪市可能發生地震的范圍、潛在震源及其震級上限等。其次，根據對地震活動性的認識，確定了各潛在震源區的地震活動性參數及萊蕪市地震烈度和地震加速度衰減關系，在此基礎上用概率分析法對萊蕪市地震危險性進行了分析計算，得到了萊蕪市在三種不同概率水平下的地震烈度和基巖地震動強度。
  3. 3. how to decide the threshold value of hazard zonation is the keys, which can be, divide the precision of landslide hazard zonation research

    （ 3 ）危險度等級的閾值確定是確定滑坡危險度區劃工作精度的關鍵。
  4. On the base of all above the paper studied by the numbers landslide hazard zonation, and the research work involves several aspect as follows : 1. the theory of landslide hazard zonation is a complex systems engineering, the paper expatiate roundly this system which include how to set up mainly factors and measurable factors and math ' s model and confirm the hazard degree and gain the result of hazard zonation, contemporary the paper do exploring some research work for the develop direction

    正是基於這一點，本文對滑坡危險度區劃進行了全面而系統的研究，取得了以下主要結論和成果： （ 1 ）滑坡危險度區劃理論是一個復雜的系統工程，文章較全面的闡述了該系統：它包括主控因素集的建立、因素的量化、數學模型的建立、危險度等級的確定和危險度區劃的成果，對滑坡危險度區劃理論的未來發展方向做出了探索性研究。
  5. The evaluation principle and the selection of weight of each factors and the rating of the risk d egree are studied in chapter 5. a grey evaluation model is set up to divide ports into different risk classification according to the environment factors. at last, the conclusion and the shortage of the dissertation are summarized

    第五章對港口操船環境危險度灰色評估的原理，權重確定、危險等級劃分等方面進行了探討和研究；並且運用灰色聚類方法對六個港口的操船環境危險等級進行了劃分。
  6. Determination for hazard classification and safe distance of composite solid propellant workshop building

    復合固體推進劑廠房危險等級和安全距離的確定
  7. Assigning degrees of hazard

    確定危險等級
  8. Biotechnology. large - scale process and production. plant building according to the degree of hazard

    生物技術.大規模加工和生產.根據危險等級確定的工廠建築物
  9. 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。
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