- 更多网络例句与旋涡的相关的网络例句 [注：此内容来源于网络，仅供参考]
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The process of the anticyclonic eddy breaking off from the Kuroshio bend is closely related with the increase of the cyclonic eddy at the southern part of the Kuroshio bend.
反气旋涡从黑潮弯曲中脱落的过程和黑潮弯曲南部气旋涡的增长密切相关。
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During the summer monsoon the center of the anticyclonic eddy, breaking off from the Kuroshio bend, can reach about°E and the eddy shedding periods are mainly 40-120 days.
夏季风期间，从黑潮弯曲中脱落的反气旋涡的中心位置可以达到117°E附近，反气旋涡脱落的周期集中在40-120天间。
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E-117. 5°E . During the winter monsoon the location of the centers of the anticyclonic eddies, shedding from the Kuroshio bend are mainly at the east to 118°E and the eddy shedding periods are basically 40-90 days.
冬季风期间，从黑潮弯曲中脱落的反气旋涡的中心位置基本集中在118°E以东，反气旋涡脱落的周期集中在40-90天间。
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The key is that we used the centrifugal force produced by whirlpool to break loose from gravity. Get it?
关键在于我们借助了旋涡的引力使我们获的了挣脱了旋涡的巨大惯性，你们明白了吗？
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Argue that the velocity field of several vortices can be obtained from superposition principle.
说明多个旋涡的速度场可以由叠加原理得到。
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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。
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The viscous force constantly drains eddy energy and limits the population of eddies.
粘性力不断消耗旋涡的能量，从而抑制着旋涡的繁殖。
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The development of vortex is studied with ZHANG Han-xin′s vortex analysis theory. In addition,the second vortex breakdown performance and the grid influence are discussed in this article.
结合张涵信的旋涡定性分析理论对旋涡的发展过程进行研究，此外，还对二次涡破裂现象和网格分布影响等问题进行了探讨。
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The development of vortex is studied with ZHANG Han-xin′s vortex analysis theory. In addition,the second vortex breakdown performance and the grid influence are discussed in this article.
连合张涵信的旋涡定性剖析表面对旋涡的成长历程举行研讨，另外，还对二次涡碎裂表象和网格漫衍影响等题目举行了探究。
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The research result cannot satisfy the need of engineering design.In this paper, according to practical liquid differential equation ,allowing for moving rule and characteristic of moving field of vertical vortex , simplifying N-S equation, I have studied the discipline of condition, velocity and pressure of vertical vortex and analyzed some theory solutions such as plain vortex solution and solution in axial direction.
本文从实际流体运动微分方程出发，结合立轴旋涡运动规律和流场特征，采用对称恒定性假设，简化N—S方程，研究了立轴旋涡的水流流态、速度与压力的分布规律，分析了若干理论解，如平面螺旋流解、轴向流解等。
- 更多网络解释与旋涡的相关的网络解释 [注：此内容来源于网络，仅供参考]
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eddy：旋涡
芒氏解释说,诺维克夫与斯图尔特合写的文章的核心假设是,阵发性是由级联导 致的,在每 一阶段能量都从一个旋涡(eddy)"集中"或者"乳凝"(作动词用)到N个次级子旋涡(su beddies),旋涡的比例为r,于是有如下分维公式D=logN/log(1/r).
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irrotational：不旋转的
irrotational motion 无旋运动 | irrotational 不旋转的 | irrotational 不旋转的无旋涡的
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irrotational：不旋转的无旋涡的
isotopic tracer 同位素指示剂,示踪原子 | irrotational 不旋转的,无旋[涡]的 | irrotational field 无旋场
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irrotational：无旋涡的
irrotational 不旋转的无旋涡的 | irrotational 无旋涡的 | isa 锰铜
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vortical：旋涡的
vortexsheddingnoise洗涡噪声 | vortical旋涡的 | vortical旋转的
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vortical：旋转的
vortical旋涡的 | vortical旋转的 | vorticitykinematics涡旋运动学
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vortical：旋涡的,旋转的
vortexline /涡线/ | vortical /旋涡的/旋转的/ | vortically /似旋涡地/旋转地/
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vortically：旋涡似地
vortical 旋涡的 | vortically 旋涡似地 | vorticella 钟形虫
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vortically：似旋涡地/旋转地
vortical /旋涡的/旋转的/ | vortically /似旋涡地/旋转地/ | vorticella /钟形虫/
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vorticist：旋涡派的画家
旋涡的vortical | 旋涡派的画家vorticist | 旋涡主义画派vorticism