1) power law scheme
幂率格式
1.
The power law scheme was used to calculate convective flux and diffusive flux,the over-relaxed correction approach was employed to calculate cross diffusion flux,and Rhie-Chow s momentum interpolation method along with SIMPLEC procedure was used to derive water level correction equation.
针对非结构网格下的潮流数值计算,采用有限体积法离散基本方程,对流-扩散项离散采用幂率格式,交叉扩散项引入超松弛校正方法,水位校正方程应用Rhie-Chow动量插值思想和SIMPLEC类算法导出。
2) power lattice
幂格
1.
A Note Relation between Power Lattice and Quotient Lattice
幂格与商格的关系的注记
2.
In this paper,we study power lattice on distributive lattices,the concept of relative convex sublattices is given,a sufficient and necessary condition of power lattice on distributive lattices is obtained.
研究了分配格上的幂格,给出了格的相对凸子格的概念,得到了分配格上的幂格的一个充要条件。
3) power law
幂率
1.
A simulation is carried out and some complex phenomena, such as phase transitions and power laws, are discovered.
基于 Transit- Stub分层网络拓扑结构模型 ,提出了一个相对复杂的计算机网络模型 ,并通过对仿真结果的处理 ,揭示并分析了其中存在的诸如相变、幂率等复杂性现象 ,同时定性地研究了网络参数的影响。
2.
Many characteristics of topology are analyzed with the corresponding metrics, including power law.
对包括幂率(power law)在内的多种Internet拓扑特征及其相应度量进行了分析,对现有的拓扑模型、拓扑生成算法以及拓扑生成器进行了全面的综述。
3.
Analysis results show that the network topology of every country has similar properties on several metrics,that different from the research results of AS-level topology the power law does not in strict sense fit the degree distribution of the main Asia-Pacific countries\' topologies and that Japanese network size is larger while its average path length is shorter.
与AS级拓扑的结论不同,幂率不能在严格意义上描述亚太主要国家网络拓扑的度分布。
4) power-law
幂率
1.
We find that the number of the friends at different weight follows a power-law with exponent equal 1 for every one.
通过计算发现,对于每个个体,他们的不同权重的朋友的数目服从指数为1的幂率分布,为建立个体友谊圈的含权网络提供了一种可能的模式。
2.
So the conclusion can be drawn that the CMV-HOT model satisfies the power-law nature and the small world nature at the same time,it has high veracity and practical worthiness in the network research area.
因此模型能同时满足幂率特性和小世界特性,在网络研究中具有极高的准确性和实用价值。
5) probability format
概率格式
1.
In real life, we often use probability format or frequency format to characterize the risk information.
在现实生活中我们常常用概率格式和频率格式来表征风险信息,2000年Slovic、Monahan和Macgregor的实验已经证实,人们在对信息的认知判断过程中会受信息表征格式的影响,而且很可能是通过激发情感体验来产生作用的。
6) frequency format
频率格式
1.
In real life, we often use probability format or frequency format to characterize the risk information.
在现实生活中我们常常用概率格式和频率格式来表征风险信息,2000年Slovic、Monahan和Macgregor的实验已经证实,人们在对信息的认知判断过程中会受信息表征格式的影响,而且很可能是通过激发情感体验来产生作用的。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条