The converters could apparently also be used for optical manipulation of atom-sized objects, inexpensive ultra-high resolution microscopic imaging, and possibly even table-top particle accelerators.
显然这些转换器也可以被用于对原子大小目标进行光学操作，进行价格低廉的超高分辨率显微成像，而且甚至可用于台式离子加速器。
To track objects with scale changes in a complex scene, a particle filter based object tracking approach is proposed in this paper.
针对复杂情况下变尺度目标跟踪问题，提出一种基于粒子滤波的自适应尺度目标跟踪算法。
Particle filter is an effective way of object tracking; however, it is still error-prone when it is used for multi-target tracking, especially when multiple objects overlapped.
粒子滤波是进行目标跟踪的有效方法，但被用于多目标跟踪时也容易出错，尤其是当多个目标相互交叉的时候。
In the particle images segmentation, the objects are always touched or overlapped each other, which makes it hard for image consequent processing.
在分割颗粒图像中，经常会有颗粒重叠粘连，这给图像的后续分析处理带来了很大的麻烦。
So it is often sensible to pull some work off the GPU and put it onto the CPU instead (Unity does all of these) : mesh skinning, batching of small objects, particle geometry updates.
因此，将一些工作从GPU里拉出来，放到CPU里进行(Unity做了这些所有的事情)通常是明智的：网格蒙皮，小对象的批处理，粒子几何体更新。
Relating the momentum flux of particle with the particle impact pressure on objects, a theoretical model of the particle impact pressure in fluidized bed is developed.
通过对床中物体表面与碰撞颗粒流之间的动量衡算，将颗粒流动量通量与颗粒的碰撞压力相关联，建立了流化床中颗粒碰撞压力的理论模型。
As for the moving objects, I combine particle system and kinetics to realize sea wave and blast model with flying colors.
而对于上述动态对象，运用粒子系统技术以及动力学理论模拟了波浪、爆炸等模型。
This thesis discusses and studies on hardware based irregular objects modeling and rendering, it mainly studied hardware accelerated real-time volume rendering and hardware based particle system.
本文围绕基于硬件的不规则物体的绘制与建模展开讨论与研究，主要研究了基于硬件加速的实时体绘制技术以及基于硬件的粒子系统。
Particle Self-Shadowing and Shadow Casting from and onto matte objects; support for per-particle Scatter, Emission, Absorption and Density data, Various Light Scattering models incl.
粒子自投影和阴影，走上磨砂对象从铸造，为每个粒子的分散，排放，吸收和支持密度数据，各种光散射模型含。
Particle Self-Shadowing and Shadow Casting from and onto matte objects; support for per-particle Scatter, Emission, Absorption and Density data, Various Light Scattering models incl.
粒子自投影和阴影，走上磨砂对象从铸造，为每个粒子的分散，排放，吸收和支持密度数据，各种光散射模型含。
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