1) ring coded-aperture imaging
环形孔径编码成像
2) coded aperture imaging
编码孔径成像
1.
Two-dimensional arrays are the key components used in the coded aperture imaging,and directly influence the quality of reconstructed images.
二维编码阵列是编码孔径成像的关键部件,它直接决定着再现的层析图像的质量。
2.
A non-coherent visible three-dimensional imaging method is proposed based on the principle of coded aperture imaging.
根据编码孔径成像的基本原理,提出了一种非相干可见光三维成像方法。
4) coded aperture
编码孔径
1.
Data correction for coded aperture in the near-field imaging;
近场编码孔径成像的数据校正
2.
Experimental research of ring-coded aperture microscope (RAM) in X-ray imaging technology;
X光成像中环形编码孔径显微镜实验研究
3.
In the study of X ray coded aperture imaging system, it s known that the point spread function(PSF) decides the performance of a imaging system.
在X光编码孔径成像系统中,系统的点扩散函数决定成像系统的成像质量。
5) coded imaging
编码成像
1.
Fresnel zone plate coded imaging;
Fresnel波带板编码成像技术
2.
The principle of the coded imaging and its decoding in inertial confinement fusion is described simply in this paper.
描述了惯性约束聚变实验中编码成像原理及解码方法。
3.
Computer tomography (CT) and coded imaging (CI) techniques have been applied to inertial confinement fusion .
文章对惯性约束聚变 (ICF)中的多方位成像的层析技术 (CT)和编码成像技术在激光等离子体实验中的应用进行了研究 。
6) Annular aperture
环形孔径
1.
The annular aperture white light speckle photography used for measuring deformation and displacement of objects is proposed for the first time.
提出利用环形孔径进行白光散斑照相,测量物体的变形和位移。
2.
The relation between the on-axis spectrum in the far field and the spectrumat the annular aperture is derived when partially coherent light passes throughan annular aperture, The calculated results show that on-axis spectrum in thefar field is not only dependent on S~(o)(ω), but also on coherence at the annularaperture, and the parameters of the annular aperture.
本文推导了部分相干光在经过环形孔径之后,远场轴上点的光谱S(ω)与环形孔径处光的光谱S~(0)(ω)之间的关系。
补充资料:合成孔径声成像
合成孔径声成像
超声学检查方法之一。利用引入适当电子时延的方法,合成声透镜的聚焦功能,从而获得逐点聚焦的物体图像的声成像方法。可分为二维合成孔径和三维合成孔径声成像。二维合成孔径采用换能器线阵,三维则采用换能器面阵。换能器各单元均作为点源发射,发射声束照射整个物体,并接收来自物体各点的信号储存,然后根据成像断面中各点的坐标位置,对换能器各单元接收信号引入适当延时,以实现逐点聚焦。
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