Helium ion microscopy (HIM) offers the highest spatial resolution surface imaging of any scanning beam method, as well as extremely high surface sensitivity.
氦离子显微镜能够提供所有扫描射线法中最高空间分辨率的表面图像，以及极高的表面灵敏度。
Objective To develop a new cryosection-milling imaging system with high spatial resolution for screening small laboratory animals such as mice and rats.
目的研制一种具有高空间分辨率、适于实验小动物研究的断层解剖成像系统。
Subpixel imaging technology is a state-of-the-art method to reduce the size of camera and improve the spatial resolution.
亚像元成像技术是实现相机小型化、提高相机空间分辨率的有效方法。
The key parameter which describes the spatial resolution of imaging spectrum system is the modulation transfer function (MTF), it is an old and difficult topic to measure the MTF.
描述成像光谱仪系统空间分辩率优劣的关键参数是系统的调制传递函数—MTF, MTF的检测是一个古老而又困难的课题。
Then the effects of the voxel size, the geometrical mapping of the projection matrix and the ratio of detector size to imaging object size, on the spatial resolution were discussed.
同时还讨论了体素尺寸、几何映射获取投影矩阵以及探测器尺寸与成像物体尺寸比值对断层图像空间分辨率的影响。
The X-ray phase contrast imaging has bright perspectives and great potential advantage in clinical diagnosis especially to improve the spatial resolution and the contrast resolution of soft tissues.
X射线相衬成像在提高人体软组织成像的衬度分辨率及空间分辨率研究中具有潜在优势，是一项有着广阔发展前景的技术。
The result shows that the micro-scanning technology can increase the focal plane spatial resolution, decrease the image aliasing effectively and improve the imaging quality significantly …
指出在没有高空间分辨率成像器件的情况下，利用微扫描技术和低分辨率成像器件来获得较高空间分辨率的图像是完全可能的。
Microscan is an effective way to improve imaging spatial resolution upon present-existing infrared sensors.
微扫描技术是在现有红外探测器基础上提升空间分辨率的一种有效方法。
Display blood flow with 2d-like spatial resolution and no color-flow-imaging artifacts with B-Flow and blood flow imaging (BFI).
显示BFI的血流量与二维像空间流和血流成像分辨率和无彩色血流成像伪影与B。
Combining coherent technology with incoherent technology, the method can increase the number of image pixels, and therefore improve the spatial resolution of PMMW multi-beam imaging.
该方法将相干和非相干技术进行有效融合，能增加PMMW多波束成像像素，提高成像分辨率。
Combining coherent technology with incoherent technology, the method can increase the number of image pixels, and therefore improve the spatial resolution of PMMW multi-beam imaging.
该方法将相干和非相干技术进行有效融合，能增加PMMW多波束成像像素，提高成像分辨率。
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