... 跨音速流场 transonicflowfield 流场可视化 Flow Visualization ; Flow Field Visualization 恒定伴流场 constant wake field ...
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像的流场可视化 Image Based Flow Visualization ; IBFV
基于图像的流场可视化 Image Based Flow Visualization ; IBFV
图像的流场可视化 Image Based Flow Visualization
The main innovations and research results are as following:1) For the 2D flow visualization, a particle-texture blending based visualization method is presented.
本文主要的创新点和研究成果包括:1)针对二维流场可视化,提出了一种基于粒子纹理融合的流场可视化方法。
参考来源 - 面向空间遥科学实验的流场可视化技术研究Flow field visualization is one of the most challenging hotspots in visualization in scientific computing research,with a very wide range of development prospect and application area.
流场可视化是科学计算可视化中最具有挑战性的研究热点之一,有着十分广泛的发展前景和应用领域。
参考来源 - 基于GPU的流场可视化技术研究Using the technique of visualization of flow fields, we can turn these data into graphs, which are more intuitional and figurative and convenient to interaction dealing.
利用流场可视化及仿真技术将这些大量的数据转换为图象更直观、形象,方便进行交互处理。
参考来源 - 流场可视化方法、技术及其在泵站流道设计中的应用研究·2,447,543篇论文数据，部分数据来源于NoteExpress
流线是一种基本的流场可视化技术，计算流线要耗费大量时间。
Streamline is one of the most fundamental techniques for visualizing steady flow fields, but calculating streamlines is a CPU intensive work.
特征提取与清晰表达是三维流场可视化研究中的两个主要问题。
Feature extraction and clarity expression are two main problems in 3d flow visualization research.
流线是一种基本的流场可视化技术 ，计算流线要耗费大量时间 。
The concept, theoretical basis, visualization process, implementation technique and visualization system of metallogenic visualization are introduced.
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