- 更多网络例句与微分形式的交错微分相关的网络例句 [注：此内容来源于网络，仅供参考]
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The first kind is 0-equation model. It only includes mass and momentum conservation equations. Great progresses have been made in improving this model. It has successfully been applied to many natural rivers with complicated boundary geometry. The second kind is κ-ε model. The κ equation and ε equation are needed, besides mass and momentum conservation equations. Many researchers have studied the depth-averaged mathematical models of turbulence in recent years. However, the models were used mostly in regular artificial canals or natural water areas with simple boundaries.
对于宽浅型河流，采用深度平均法进行流场计算时，用得较多的有两类模型：一类是不增加任何脉动量的偏微分方程的模型，这类模型已在适体坐标下运用得较多且较成功；另一类是κ-ε二方程模型，它是近几十年来广泛应用的一类湍流模型，并发展了许多具体的形式，但大多数只对顺直河道进行了研究，对弯曲较大的河道研究不多，本文运用适体坐标，采用正交交错网格及非正交交错网格，把此模型运用到了弯曲较大的河段及具有汇流的河段，取得了较大的成功。
- 更多网络解释与微分形式的交错微分相关的网络解释 [注：此内容来源于网络，仅供参考]
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alternating differential form：外微分形式
alternating chain 交错链 | alternating differential form 外微分形式 | alternating differential of differential form 微分形式的交错微分
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alternating differential of differential form：微分形式的交错微分
alternating differential form 外微分形式 | alternating differential of differential form 微分形式的交错微分 | alternating direction method 交替方向法
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alternating direction method：交替方向法
alternating differential of differential form 微分形式的交错微分 | alternating direction method 交替方向法 | alternating form 交错形式