hierarchy capacity 中文意思是什麼

hierarchy capacity 解釋
分級容量
  • hierarchy : n. 1. 僧侶統治集團,僧侶統治。2. 統治集團。3. 等級制度。4. 【宗教】天使團,天使的級別。5. 【動、植】(綱、目、科、屬等的)分類等級。6. 【計算機】分層,層次。
  • capacity : n 1 包容力,吸收力,收容力。2 容積,容量;【電學】電容,負載量。3 能力,才幹,本領;性能,機能。4...
  1. In addition, the thesis has gained a little innovative achievements which are differ from other scholars, such as classifying the carrying objects of environmental carrying capacity, establishing the index system of environmental carrying capacity, unifying dimentions, modifying the initial coefficients and making use of hierarchy and vector analytical method to analyze environmental carrying capacity quantificationally

    本文在環境承載力承載對象的分類、環境承載力指標體系的構建、統一量綱的方法、初始權重的修正以及採用層次矢量分析法量化研究環境承載力等方面進行了不同於其他學者的新嘗試。
  2. Thirdly, designs the index system of nanjing ’ s environmental carrying capacity and uses hierarchy and vector analytical method to research nanjing ’ s environmental carrying capacity among the years of 1997 and 2003. subsequently, the author analyzes the environmental carrying quantity, environmental carrying capacity, environmental carrying rate and their variational trends from 1997 to 2003 in detail. lastly, according to the above results, puts forward some measures to protect and advance nanjing ’ s evironmental carrying capacity

    本文圍繞著南京市環境承載力這一研究主線,首先從定性、定量兩種角度對環境承載力的國內外研究現狀進行綜述;接著介紹了環境承載力理論的基本內容和南京市自然環境、社會經濟狀況;然後切入論文的核心部分,構建了多層次的南京市環境承載力指標體系,運用層次矢量分析法對1997 ~ 2003年南京市環境承載力及其變化情況加以量化研究,並以此計算結果為依據,詳細分析了1997 ~ 2003年間南京市環境承載量、環境承載力、環境承載率的變化趨勢;最後,針對上述分析結果提出保護和提升南京市環境承載力的幾點策略。
  3. The structure bearing capacity of the hierarchy scaffold may cause certain difference by shifting its joint positions, altering its scaffold layers and choosing erect modes of whether false sway rods are used or how many ones are used

    還原翻譯:系統鷹架的結構承載力因不同架設會出現一定差異,如接頭位置的改變、鷹架層數的更改和架設方式的選擇,架設方式指有無假設斜桿和幾根斜桿。
  4. 5. 14 the road - based modes also have their internal hierarchy based on relative efficiency and capacity

    14各種使用路面的交通工具,也可按其相對的效能及載客量再分級。
  5. This paper adopts the analytic hierarchy process approaches, in modeling of the development capacity of science and technology, and the modeling result indicates system dynamics has very broad prospect in evaluation of science and technology field

    為了更有效的對四川省科技發展能力進行評估,本文同時運用了定性分析與定量分析相結合的層次分析法對四川省科技發展能力進行評估。並通過模擬結果的比較,驗證了系統動力學在科技能力評估領域的良好應用前景。
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