湍

词组短语

rushing waters

与湍相关的网络例句 [注：此内容来源于网络，仅供参考]

Granulosus is further;2. In differentiation of closely relatedspecies, the changes in heterochromatin and pericentric inversions are key factors, this is wellnoted in the small chromosomes;3. A. mantzorum has well-differentiated XY type sex chromo-'.omes, the Y chromosome is mainly composed of euchromatin, but has strong C-band in themiddle of the long arm. It is suggested that the Y chromosome of A. mantzorum is in the-initial stage of sex chromosome differentiation.

结果表明：(1)四川湍蛙、理县湍蛙和棕点湍蛙之间的亲缘关系较近，而它们与棘皮湍蛙的亲缘关系较远；2）在近缘种的分化中，染色体结构异染色质的变化和臂间倒位是重要的因素之一，这在小型染色体上表现得尤为突出；四川湍蛙具有在形态上分化很明显的性染色体。C带分析表明，此性染色体主要由常染色质构成，但在其Y染色体的长臂上存在明显的中间C带，推测尚处于性染色体分化的初期阶段。

A nonlinear eddy-viscosity turbulent flow model, which adopted third-order correlation of stress tensor and strain tensor, was modified and applied to flow computing of turbulent flow of internal combustion engine.

把采用了应力张量和应变张量的三阶相关关系的一个非线性涡粘度湍流模型进行修正后应用于内燃机缸内湍流流动计算，用此模型对几种ω形凹坑燃烧室内燃机汽缸内的流动进行计算，特别考查不同结构燃烧室内各处的湍能的变化，给出了燃烧室结构对缸内湍能影响结果，结果表明，凹坑结构时内燃机缸内湍能的分布和平均湍能的大小影响很大，可适当调整燃烧室结构来改变缸内湍流结构。

Firstly, single bubble in the dense zone of fluidized bed was simulated, the second is the curve of the fluid particle, the third is solid space ratio distribution, the fourth is particles velocity vectorgraph and particles volume fraction, the fifth is grain press drop and rapid kinetic energy and rapid kinetic energy dissipation ration.

模拟了反应器中气泡的产生、形成、发展及爆裂，流体质点在运动过程中走过的曲线，炉膛内固相空隙率的分布，床内颗粒浓度场和速度场的分布，床内压降的分布，湍动能和湍动能耗散率。

It was related to the composition and the components of the system to be studied, and also related to flow velocity of each phase.

实验中还观察到两相间传质存在界面湍动现象，界面湍动与物系和组成有关，也与两相间的运动速度有关。

Knowing the turbulent spectrum, representative time domain turbulent procedure is developed in this paper. According to the procedure, the relative movement equation for different particles is deduced and the method of calculating the rate of inertial collision and coagulation is proposed.

本文在已知湍谱的条件下，建立了代表性时域湍动过程；并据此推导了不同粒子的相对运动方程，提出了计算惯性碰撞凝聚率的方法。

Particles are tracked by computing the acceleration and motion equations of individual spherical particle within the computational domain in a Lagrangian way.

实验表明，圆湍射流切向不稳定性触发的蘑菇头状的二级流向涡将导致圆湍射流初级拟序涡环结构轴对称性质消失。

Although the dispersion of particles with the Stokes numbers far less than or of the same order of 1 are insensitive to the changes of inlet velocity differences, the dispersion of particles with Stokes number much larger than the order of 1 are influenced by the coherent structures under U〓/U〓=α=0, where α=0 means the particles are released into the flow in stationary state.

在目前国内开展三维N-S方程大涡模拟还非常困难的情况下，本文以两相平面湍射流为对象，不采用流动对称性假设，成功地用大涡模拟方法预报了平面湍射流拟序结构的产生、发展及大涡的合并破碎全过程，和F.O。

It was a truly magical place thickset with trees to climb ,wild boysenberries---fat snd juicy , the scent of rich soil and pine trees , the sound of the small brook within , and birdsong echoing throughout .

那是一个真正神奇的繁盛的方：有树木可以攀爬，有肥大多汁的野生杂交草莓，有肥沃土地的香味和松树，有林子里湍湍小溪的叮咚声，还有小鸟的欢歌回荡在林中。

In chapter 1, an up to now synthetically evaluation is given on the research ways and conclusions about jet in cross-flow. Considering the shortage of previous research ways and techniques (the instantaneous flow field and vortices field can not be properly get), in addition to the deficiency of corresponding conclusion (mainly concentrate on the analysis of time-average but little on structures of flow and action of vortex), the research way and content is draft out in this part. Though PIV, the time-average, instantaneous flow field and vortices field can be get, that will unveil the coherent vortex and its course of generation, development and evolvement, with the assistance of K-ε model and Hybrid Finite Analytic Method , which will proof-test the experiment result and bring some complementary, more profound research about the 3-D characters can be done. Using some fundamental topological theory and principle on flow analysis, with anglicizing of vortex structure, a reasonable description is the topological characteristic of near field in JICF given.

首先在第一章中对横流中湍射流的以往研究方法和研究成果给予了综合的评述，针对横流中湍射流旋涡结构以往研究中研究方法的局限性（不能很好得到流动的瞬态流场及涡量场）和相应研究成果中存在的不足（大都集中在时均特性的分析，对流动的内部结构和旋涡的运动阐述很少），明确了本文的研究方法和研究内容：通过PIV流动测量显示技术得到流动的时均及瞬态流场、涡量场，来揭示横流中湍射流的时均、瞬态流场、涡量分布特性，和各种具有拟序结构性质的复杂涡系的产生、发展及演化过程；结合湍流k-ε双方程模型及相应的HFAM计算方法，对于实验进行相互验证和补充，从而更为充分地研究各种旋涡的三维特性；利用拓扑分析的一些基本原理及相关规则，依据对各种旋涡结构的分析，做出对射流近区流场拓扑性质的合理描述。

It is found that two main EOF modes of turbulent heat fluxes mainly describe the flux variations in two trade wind regions.

发现湍动热通量的前两个EOF模态主要描述的是位于ITCZ南北两侧的信风区的湍动热通量的变化。

与湍相关的网络解释 [注：此内容来源于网络，仅供参考]

Pokarekare Ana：河水湍湍

商品目录 - List | 01 Pokarekare Ana 河水湍湍 | 02 River of Dreams 梦之河

turbulent boundary layer：湍吝界层

turbulent 湍聊 | turbulent boundary layer 湍吝界层 | turbulent conductivity 涡莲导率

chopping sea：三角浪,湍激海面,汹涌海洋

beam sea 横浪 | chopping sea 三角浪,湍激海面,汹涌海洋 | choppy sea 三角浪,湍激海面;汹涌海洋

turbulent diffusion coefficient：湍俩散系数

turbulent diffusion 湍俩散 | turbulent diffusion coefficient 湍俩散系数 | turbulent energy 湍淋量

turbulent heat flow：湍性热流

turbulent friction 湍力擦 | turbulent heat flow 湍性热流 | turbulent mixing 湍领合

turbulent heat flow：湍寥通量

turbulent diffusion 湍俩散 | turbulent heat flow 湍寥通量 | turbulent movement 湍了动

turbulence paradox：湍琉谬

turbulence intensity 湍量度 | turbulence paradox 湍琉谬 | turbulence stimulator 湍立生器

turbulence intensity：湍量度

turbulence heating 湍劣热 | turbulence intensity 湍量度 | turbulence paradox 湍琉谬

turbulent separation：湍林离

turbulent motion 湍了动 | turbulent separation 湍林离 | turbulent state 湍链态

turbulent motion：湍了动

turbulent mixing 湍领合 | turbulent motion 湍了动 | turbulent separation 湍林离