Construction experience is not only a planar dimension, more important is the perception of space dimension.
建筑体验不仅仅是平面维度上的，更重要的是空间维度上的感知。
The time-space dimension of cultural modernity.
文化现代性的时空维度。
This paper employs feature selection theory and pattern aggregation theory to reduce feature space dimension.
应用特征选取和模式聚合理论以降低特征空间维数。
This method reduces the number of space dimension, makes the equation system lower order, less data input and higher efficiency .
边界单元法降低了求解空间的维数，减少了离散线性方程组的阶数，输入数据比较少，而工作效率高。
In this paper, we are concerned with scalar conservation law in one space dimension. We design a nonlinear conservative difference scheme.
本文考虑一维单个守恒律方程，对其设计了一种非线性守恒型差分格式。
In the horizontal aspect, human existence is the "social existence" within the space dimension and is restrained by various social relations in reality.
在横的层面上，人在空间维度内的存在是一种“社会”性的存在，又要受到种种现实社会关系的制约。
Numerical simulation test shows that the delay time and embedded space dimension given by chaos theory usually are not the best ones for load forecasting.
数值测试表明，按混沌理论优选的延时时间和嵌入相空间的维数一般不是负荷预测的最适合参数。
Thus the computational complexity is no longer depend on space dimension, but the number of samples, especially the number of support vectors in each sample.
计算的复杂度不再取决于空间维数，而是取决于样本数，尤其是样本中的支持向量数。
The four dimensions are the management key factor dimension, the management field dimension, the management space dimension and the management time dimension.
四维为管理要素维、管理领域维、管理空间维、管理时间维。
In this paper, we are concerned with scalar conservation law in one space dimension, we design a nonlinear conservative difference scheme based on entropy-dissipation.
本文考虑一维单个守恒律方程，对其设计了一个基于熵耗散的非线性守恒型差分格式。
Because the governing equations for compressible unsteady potential flow is hyperbolic, looking time dimension as space dimension in the same way is never appropriate.
但由于可压缩非定常位势流动的控制方程是双曲型的，简单地把时间当作同空间一样的物理维来求解是不可行的。
Gas flow in nanoscale space has distinct characteristics compared with that in conventional macro-scale, due to the influence of space dimension on gas mean free path.
纳米尺度下的气体流动具有不同于常规尺度的规律，其中重要的特征是纳米间隙中气体分子自由输运行程将减小，进而影响气体的输运规律。
It showed that space dimension could have a lot of influence on the safety evacuation performance of buildings based on the same crowd density load and the same initial expected velocity.
在同样的人员负荷、人员密度和人员初始期望速度情况下，空间几何尺寸对人员流动安全性有一定的影响。
It showed that space dimension could have a lot of influence on the safety evacuation performance of buildings based on the same crowd density load and the same initial expected velocity.
在同样的人员负荷、人员密度和人员初始期望速度情况下，空间几何尺寸对人员流动安全性有一定的影响。
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