1) cluster resolution
类间分辨率
2) Spatial resolution
空间分辨率
1.
Comparison of the spatial resolution and low contrast resolution between the axes location image and MPR image of multi-slice helical CT;
多层螺旋CT轴位扫描图像与MPR图像空间分辨率和低对比度分辨率的比较
2.
Automated measurement of CT spatial resolution;
CT空间分辨率的自动检测
3.
Scan mode and its reconstruction algorithm for improving spatial resolution of 3D-ICT;
提高三维ICT成像空间分辨率的扫描方式及其重建算法
3) time resolution
时间分辨率
1.
The limitation of time resolution of the chirped pulse spectral encoding technique;
啁啾脉冲光谱仪法探测THz辐射的时间分辨率极限
2.
By analyzing the signal of liquid scintillating detection,improving time resolution is propitious to upgrade efficiency of detecting.
液闪探测系统设计中引入信号处理设计方法,经分析液闪探测信号,得出提高时间分辨率有利于提高探测效率的观点和实现方案,并获得了验证。
3.
It includes three aspects: the time resolution, the attenuation length and the effective speed of light.
在北京正负电子对撞机直线加速器试验束上测试TOF闪烁体在不同光反射材料下(tyvek, teflon,millipore,ESR及镀铝薄膜)的性能,包括时间分辨率,衰减长度及光在闪烁体中的有效传播速度。
4) Temporal resolution
时间分辨率
1.
Objective To investigate the Influence of temporal resolution on left-ventricular function.
目的探讨时间分辨率在MSCT评价左室功能中的影响作用。
2.
The maximum temporal resolution was up to 100ms which can be set by program.
0平台开发配套软件,系统的时间分辨率可通过软件设置,最高达100ms。
3.
The spatio-temporal resolution is very important for researchers.
对于科学研究工作来说,时间分辨率和空间分辨率都是十分重要的,在设计相应的图像处理系统时必须两者兼顾。
5) spacial resolution
空间分辨率
1.
Experimental study of spacial resolution in computed radiography imaging;
CR成像空间分辨率的实验研究
2.
The spacial resolution and the electron density resolution of the diffraction enhanced imaging (DEI) method are discussed relating to the experimental parameters.
根据X射线在界面处的折射过程 ,推导出X射线在物体中折射偏转角度的表达式 ;从X射线双晶衍射的原理出发 ,讨论了衍射增强成像 (DEI)技术的空间分辨率和电子密度的衬度分辨率 ,明确了折射衬度在DEI技术中的表现形式 ,并从实验上进行了验证 。
6) space resolution
空间分辨率
1.
The quality of CT images is closely related to the space resolution, density resolution and radiation dosage.
CT图像与空间分辨率、密度分辨率和辐射剂量直接相关 ,辐射剂量影响病人健康 ,要提高图像质量应用尽量小的辐射剂量来提供尽量高的空间分辨率和密度分辨
2.
But majority of iterative methods reported and applied can not solve the of, problem lower space resolution s can not recoresent the dilute flow accurately which limit ECT s widely practical application.
可视化测量工具ECT通过迭代法求解逆问题进行图像重整,但是目前文献中采用的迭代算法,仍不能完全解决空间分辨率低的问题,不能正确得出复杂分布和稀相两相流的图像。
3.
After concerning the radius of the earth and the off-axial and mounting angel of the detector, it turns out that the system can acquire thorough ground information when increasing scanning angle, and the image rotation does not influence the space resolution and the band match of the system ,and image rotation can be correc.
结果表明在充分考虑了地球曲率、探测器的离轴及探测器安装角度影响的情况下, 45°镜系统对地面无漏扫,适当增加扫描角度,扫描系统获取的总视场内的地面信息无丢失,像旋对系统空间分辨率及图像的配准无影响,像旋图像可以通过软件方法进行校正。
补充资料：高分辨电子显微镜(见高分辨电子显微术)
高分辨电子显微镜(见高分辨电子显微术)
high resolution electron microscope
高分辨电子显微镜high resolution eleetronmieroseope见高分辫电子显微术。
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