entropy flow 中文意思是什麼

entropy flow 解釋
熵流
  • entropy : n. 1. 【物理學】熵。2. 【無線電】平均信息量。
  • flow : vi 1 流,流動。2 (血液等)流通,循環。3 流過;川流不息;(時間)飛逝;(言語等)流暢。4 (衣服、...
  1. Hazard assessment of debris flow based on geomorphic information entropy in catchment

    基於流域系統地貌信息熵的泥石流危險性定量評價
  2. The theory of minimum entropy production or minimum rate of energy dissipation shows that a river is stable when it is in a relative equilibrium condition. ( 3 ) the river facies formulas of alluvial river have been developed using the theory of minimum rate of energy dissipation together with flow continuity and motion equations, suspended load transport or bed load transport equation. ( 4 ) the causes of the river patterns are explained using the theory of minimum rate of energy dissipation

    ( 3 )基於最小能耗率原理,以水流能耗率作為目標函數,以水流連續方程、水流運動方程及懸移質挾沙力公式或推移質輸沙率公式作為約束條件,通過對目標函數求條件極值,分別推導出以懸移質造床為主的顯式河相關系式和以推移質造床為主的顯式河相關系式。
  3. By using theories from the relevant disciplines such as geography, mathematics, physics, ecology, and system sciences, this thesis develops a framework employing the concept of system entropy to represent the state function of the man - earth relationship system. in this framework the entropy change is used to show the development change of the system, and the entropy flow to express the flow among the spatial parts of the system. following the framework, and based on a large set of household data from surveys, the thesis makes a quantitative analysis of the village - level man - earth relationship system from a micro - perspective

    藉助地理學、數學、物理學、生態學、系統科學等有關學科理論,根據實地調查的大量農戶數據,從微觀視角對村域人地關繫系統進行了定量分析,用人地關繫系統熵來表徵人地關繫系統的狀態函數,用熵變來反映人地關繫系統的發展變化,用熵流來表示人地關繫系統各空間型式地域主體之間的流動。
  4. Information entropy - based hazard assessment of debris flow gully

    基於信息熵理論的泥石流溝谷危險度評價
  5. The problem which identificate oil - water two phase flow pattern with information entropy is discussed profoundly. the information entropy distribute in the range from 0. 1209 to 0. 1659 for 61 % kw 91 %. changes of the information entropy with variations of total flowrate and water - cut correspond to oil in water in existing flow pattern map

    )為61 91時,信息熵值分佈在0 . 1209 0 . 1659之間,與流型圖對比可知,信息熵值與總流量q _ 1及含水率之間有良好的對應關系,表明此范圍為水包油流型(油為分散相) 。
  6. The dynamic adjustment of an alluvial river has a tendency that the entropy production or the rate of energy dissipation of flow is minimum rather than the entropy is maximum when a river is in a relative equilibrium condition

    當河流處于相對平衡狀態時,水流的熵產生或能耗率為最小值。最小熵產生原理或最小能耗率原理保證了河流在相對平衡狀態的穩定性。
  7. And others are found, and the expression of minimum rate of energy dissipation of flow is re - derived based on the theory of minimum entropy production. ( 2 ) it will be pointed out that the entropy is different from the entropy production in a river system

    ( 2 )指出河流系統中的熵與熵產生是兩個不同的概念,沖積河流在調整過程中,力求使水流的熵產生或能耗率趨于最小值,而不是使熵趨于最大值。
  8. The regulations construction is the foundation of the regular operation of the securities transaction system. it is the indication of the negative entropy flow for maintaining the opening of securities system. furthermore, it is the base point of the article researching the legal misrepresentation - balancing regulations system

    這些相關制度的建設作為證券市場交易系統正常運作的基礎,是維持證券系統開放性的負熵流表現,也是本文研究虛假陳述法律制衡體系的基點。
  9. Based on result of the multiple objective optimization, this dissertation investigates the multiple objective decision of mixed - model flow m anufacturing system. in allusion to the pareto frontier, in terms to the assistant information of decision schemes, the preference of objectives, the preference of decision schemes, individual decision - making and group decision - making are gained through the measure function, 0 - 1 programming and relative entropy combining with subjective and objective factors

    在多目標優化的基礎上,研究了混合流水生產系統的多目標決策問題,針對多目標協同優化得到的pareto前端,依據決策方案的輔助信息、對指標有偏好的信息以及對決策方案有偏好的信息等,採用測度函數、 0 - 1規劃方法以及相對熵的方法,結合主客觀因素進行多目標個體決策和群體決策,把多目標優化與多目標決策聯系起來。
  10. The mixing degree model was established to study the mixing progress of primary and secondary flow. the loss elements of all zones were deeply analyzed and thus the quantitative loss models based on total pressure loss and entropy increase respectively were constructed. the results show that the performance loss magnitude and distribution in ejecting mode of rbcc can be better described by the quantitative loss model expressed by entropy increase

    提出用摻混度模型來研究一次流與二次流的摻混程度,並深入分析了各流動區域的損失因素,建立了以總壓損失和熵增分析為基礎的損失量化分析模型,計算的結果表明,採用熵增模型描述的損失因子能量化反應引射摻混損失的分佈和大小。
  11. On the basis of the entropy expression of viscous flow, the entropy expression of porous media seepage under porous media continuum hypothesis is studied and put forward, and their unification is verified in pipe model

    本文基於流體粘滯流動過程的熵產表達,研究提出了多孔介質連續介質方法下多孔介質滲流過程的熵產表達形式,並在平直管模型中驗證了兩者的統一性。
  12. This article explores some important issues including the regulation of management entropy, management dissipation structure and other economy organization system operation, choice of industrial growth - pole and the evaluation models, industrial flow structure analysis model and so on

    文章還聯系實際探索了管理熵、管理耗散結構與經濟組織系統運動的規律、工業增長極的選擇與評價模型、工業的產業流程結構分析模型等學術理論問題。
  13. In the theoretical aspect, secondary combustion in ejectorjet and thermal throat was researched. theory of duct flow was conducted, the difference and homology between heat added flow and entropy fixed flow was described

    在理論研究方面,本文對引射火箭二次加熱及熱力喉道進行了研究,推導並分析了一般的管流理論,闡述了加熱管流與變截面等熵管流之間的異同。
  14. This thesis provide the intrusion detection model through network performance learning. the thesis provide the structure figure and flow chart. and genetic algorithm applied in this model eliminate the high wrong alarm rate, the thesis provide coding policy, fitness function and object function. the thesis introduce a 3 - tuple < match, entropy, newness > to describe the characteristic of the netvvork. the thesis provide the intrusion detection algorithm just to find intrusions

    提出了一種基於網路性能學習的入侵檢測模型。給出了模型的框架圖,以及模型主要的流程步驟。並詳細分析了遺傳演算法在模型中的應用,給出了編碼策略、適應度函數和目標函數,引入了一個三元組來描述網路性能變化,並給出了相應的入侵檢測演算法。
  15. Information entropy - based hazard assessment of debris flow gully in dongchuan urban area of kunming city

    昆明市東川城區泥石流危險度評價
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