In chapter i we obtain the rate of m - term approximation of the anisotropic class sobolev and nikol ' skii 在第一章我们研究了各向异性的sobolev类和nikol ' skii类的m项三角逼近问题。
Anisotropy makes it insufficiency to get the vertical velocity by the conventional hyperbolic approximation for short - spreads 各向异性的存在使得常规短排列双曲线速度分析对于恢复垂直速度变得不充分。
Luckily , an anisotropy system can be treated as an isotropy system in fractional - dimension space , where the dimension is determined by degree of anisotropy 引入分数维空间模型，可以把各向异性的系统转换为各向同性的分数维系统。
We will use the superority of the neural networks to get the properties of the elastic anisotropy from nanoidentation load - displacement data 我们将运用神经网基于神经网络的材料各向异性研究络的优势从试验数据中获得材料的各向异性的机械性质。
In order to obtain more efficiency , the agglomeration method is different in different fields , especially for the solution of n - s equations 在对n ? ? s方程用多重网格求解时采用了各向异性的聚合方法，即对网格进行聚合时不同方向聚合方式不一样。
The result is a very soft directional light together with a global illumination sky dome or , briefly , an anisotropic sky dome ( anisotropic skydome render . ) 结果是一束很平滑的方向广伴随一个全局照明的天空顶，或者简单地说，一个各向异性的天空顶（各向异性天空顶渲染。 ） 。
In addition , a shadowing function applicable to multiple scattering is taken into account , which extends the calculation to the surface with anisotropic slope distribution 引入考虑多次散射的遮蔽函数来修正掠入射情况下的散射系数，并将计算范围扩展到均方根料率各向异性的二维粗糙面。
In the following , anisotropic reflectivity is on , an environment is mapped on the reflected color , and the roughness is set to 0 . 01 , 0 . 05 , 0 . 1 , and 1 . 0 ( from very smooth to very rough ) 在下面,各向异性的反射率是打开,反射色被赋予一个环境贴图，粗糙是调整到0 . 01 , 0 . 05 , 0 . 1和1 . 0 (从很平滑的到很粗糙)的效果
An anisotropic material reflects specular light differently in different directions . if you spin an anisotropic sphere , its specular highlight changes , depending on the direction of the grooves 各向异性材料在不同的方向反射不同的高光。如果你旋转一个各向异性的球体，它的高光会改变，并取决于凹槽的方向
The experiment results of anisotropy of brass h68 mechanicalproperties in ironing are introduced in this paper . it is ironing coefficient to influence anisotropy of mechanical properties 列出了在变薄拉伸过程中形成h68黄铜毛坯的机械性能各向异性的实验研究结果。指出了主要影响机械性能各向异性变化的是变薄系数。
