湍流擴散 的英文怎麼說

中文拼音 [liúkuòsǎn]
湍流擴散 英文
turbulent diffusion
  • : [書面語]Ⅰ形容詞(湍急) rapid; rushing; torrential; swiftⅡ名詞(急流的水) rapids; rushing waters
  • : Ⅰ動1 (液體移動; 流動) flow 2 (移動不定) drift; move; wander 3 (流傳; 傳播) spread 4 (向壞...
  • : 動詞(擴大) expand; enlarge; extend
  • : 散動詞1. (由聚集而分離) break up; disperse 2. (散布) distribute; disseminate; give out 3. (排除) dispel; let out
  • 湍流 : 1 (急流) swift current; rushing waters; torrent; rapids 2 [物理學] turbulent flow; turbulence; ...
  1. The lower boundary of the region above which molecular diffusion dominates is 120 km altitude and is known as the turbopause.

    分子佔主導地位的區域下界約在120公里處稱為層頂。
  2. Particle dispersion due to gravity in gas - particle turbulent flow

    氣粒動中考慮重力時顆粒的
  3. A transfer model is established, which can be used to study the interaction between the land surface physical processes of inhomogeneous region and the structure of atmosphere boundary - layer over urban and rural terrains. the model has simulated surface heat flux, surface temperature, temperature profiles, height of mixture layer and so on. and the differences between urban area, suburban area and rural area have been compared. this model mainly depends on the parameters below : surface albedo, surface roughness coefficient, moisture available coefficient of soil, thermal capacity and thermal diffusion coefficient of errain, cloudage. the result shows that this model can simulate the structure and eigenvalues of atmosphere boundary layer and their changes in a day. parameters used in this model aim at beijing city, and the time is at the beginning of september. to other cities, or other time, the parameters should be adjusted accordingly. in addition, being adjusted, the model can also be used for other homogeneous and inhomogeneous terrains

    模式主要依賴于以下參數和物理量:地面反照率下墊面粗糙度土壤的可含水量下墊面的熱容量和熱系數雲量等參數。結果表明,本模式能合理地模擬不同地表熱量平衡地表氣溫混合層高度交換系數動能位溫廓線等,以及它們的日變化。該模式所取參數主要針對北京市,時間為九月初,對于其他城市,參數應作相應的調整。
  4. Flamelet modeling of turbulent non - premixed flame based on detailed chemical reaction mechanisms

    採用考慮詳細化學反應機理的火焰面模型模擬湍流擴散火焰
  5. A new method for simulation of turbulent diffusion combustion : conditional moment closure model

    用於模擬燃燒的條件矩模型
  6. The random particle - trace model simulate the turbulence diffusion

    顆粒的湍流擴散是通過隨機軌道模型來模擬的。
  7. Turbulent diffusion process

    湍流擴散過程
  8. A numerical simulation on liquid - gas two phase leakage dispersion by using two particle turbulent models

    兩種顆粒湍流擴散模型數值模擬氣液兩相泄漏的比較
  9. The control models are the standard mm4 using the blackadar high resolution boundary scheme, the bulk boundary scheme, the kuo cumulus parameterization scheme and explicit clouds

    閉合處理湍流擴散問題,分別以原mm4中有雲和無雲的水份處理方案作為控制方案。
  10. Based on the theory of gradient transport, we analysed the different turbulence dispersal situation of pollen and seeds and bring about the turbulence dispersal model of pollen and seeds. finally, we used this model studied the seeds dispersal pattern of gordonia acumenata, the dominant species of evergreen broableaved forest

    運用梯度輸送理論分析了植物花粉、種子湍流擴散的不同情況,導出了植物花粉、種子布的湍流擴散模型,並運用此模型研究了亞熱帶常綠闊葉林優勢種四川大頭茶的種子布格局
  11. Certain discrepancy remain between the simulation results and the experiment results, not only caused by the turbulent model, but also by the simplification of the inlet boundary condition and the mesh generation. modeling gas - particles interaction flows is complex. in this thesis, gas - phase transport equations coupled with the gas - particle interaction are derived based on the dsm turbulent models to handle the interaction of momentum and kinetic energy of turbulence between the gas and particles

    分離器內的固體顆粒運動採用涉及湍流擴散影響的隨機軌道模型和確定軌道模型,同時在模型中加入了顆粒影響的源項,在場計算的基礎上,模擬了不同直徑的顆粒在分離器內的運動規律及顆粒分離效率,並同理論和實驗得到的數據進行了比較。
  12. A kind of two - equation turbulent model of charged fluid flow is constructed, in which the interaction between electric field and flow field is considered. based on analyzing the properties of forces on the charged droplets in the spray, pseudo - fluid of charged droplets phase method is adopted to develop a kind of charged two - phase turbulent model. this model takes account of the interaction between charged droplets phase and electric field, the inter - phase action between droplets and gas, convection and diffusion of droplets " turbulent energy

    考慮電場與場的耦合作用,建立了荷電體的模型,在荷電顆粒受力分析的基礎上,採用顆粒擬體的方法建立了荷電氣液兩相理論模型,該模型考慮了荷電顆粒相場與電場的耦合作用,氣相與顆粒相的相間作用以及顆粒相自身能的對
  13. Theoretical research on the rotational dispersion coefficient of fiber in the turbulent shear flow of fiber suspension

    纖維懸浮剪切中纖維旋轉系數的理論研究
  14. Particle dispersion affected by turbulent coherent structures in a three - dimensional mixing layer

    三維混合層中擬序結構對顆粒的影響
  15. Chemical kinetical modeling of turbulent jet diffusion flame for methane air

    空氣火焰的化學動力學模擬
  16. Abstract : attention is focused on the random mathematical model of particle dispersion in non - uniform turbulent fluid. according to the initial condition, the analysis formulas of point source, linear source and surface source are derived. numerical results are easily obtained by combining linear analytical method with nonlinear numerical method, which are compared with the experimental data

    文摘:研究粉塵顆粒隨機數學模型,在非均勻場中,根據初始條件,推導出點源,線源和面源的解析計算式,其數值計算結果與試驗吻合
  17. Attention is focused on the random mathematical model of particle dispersion in non - uniform turbulent fluid. according to the initial condition, the analysis formulas of point source, linear source and surface source are derived. numerical results are easily obtained by combining linear analytical method with nonlinear numerical method, which are compared with the experimental data

    研究粉塵顆粒隨機數學模型,在非均勻場中,根據初始條件,推導出點源,線源和面源的解析計算式,其數值計算結果與試驗吻合
  18. Effect of sc number on turbulent diffusion of passive scalar

    數對被動標量的影響
  19. Abstract : hybrid finite analytic method ( hfam ) and staggeredgrid are applied to calculate the line buoyant jets in cross flows. the phenomenon and development of end - vortex are simulated successfully and the influences of diffuser length and buoyancy on turbulent buoyant jets are analyzed

    文摘:本文利用混合有限分析法及交錯網格,對橫中有限長線源型浮力射進行數值計算,成功模擬了端渦現象及其發展過程,並分析了器長度及浮力對浮力射的影響。
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