1) torus map
环面映象
1.
In order to probe the critical scaling law of the transition to chaos from quasiperi-odicity in a torus map, by starting with a pair of coupled circle maps.
为了研究环面映象中准周期向混沌转化临界点处的标度律,从两个耦合映象模型出发,对具有3个频率系统的准周期过渡至混沌现象进行了深入的研究,得到了有意义的结果。
2) image plane
映象平面
1.
The hybrid problems based on the streamline coordinates have to be solved in the image plane, which is composed of streamline and circumferential coordinates.
建立在流线坐标系上的叶栅气动设计反命题与杂交命题是在映象平面(由流线坐标与周向坐标构成H上求解的。
2.
In the image plane, two special functions──pathline length function Y and energy function Ω──have been defined due to the fact that the control equations can be changed into conservative ones by space translation.
应用坐标变换，在映象平面上，巧妙地把控制方程转化为守恒形式。
3.
cross-section are constructed in the image plane (,), where is the path function which automatically satisfies the conservation of mass.
本文根据等截面弹性管中一维非定常可压缩均熵流动的连续方程，定义了一个迹函数并通过坐标变换，在映象平面上建立了变分原理。
3) image interview
映象面谈
4) Self-mapping of Torus
环面自映射
5) Expansive maps on torus
环面扩张映射
6) spherical environment mapping
球面环境映射
1.
Aim To introduce the basic concepts of environment mapping in D3D,and detailedly discuss the process of using D3D to realize cubic and spherical environment mapping.
目的介绍D3D中环境映射的基本概念,详细论述用D3D实现立方体环境映射和球面环境映射的过程。
补充资料：映象
客观事物在人的头脑中以感觉、观念或思想等形式的再现。是客观事物作用于人脑和人脑进行反映活动的结果。实践是客观事物映象的来源。人脑中关于客观事物的映象，都是在具体实践条件下，人脑对客观事物的近似正确的或错误的反映。
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