空间医学

国际航空和空间医学学会

International Academy of Aviation and Space Medicine

空间医学脑电描记法

Electroencephalography in space medicine

天体物理学空间实验室医学机能实验教学改革与实验室建设

Astrophysics Spacelab Teaching reform in medical science function experiments and laboratory construction

西方的关于公共空间的医学知识借助科学知识的措辞，结合国家权力，为中国现代学校空间在形成的阶段划定了基本的样态。

The Western medical knowledge on the public space with the diction of scientific knowledge , combing with state power , defined the basic form of modern school space in the period of formation in China .

地震成像与空间成像、医学成像的交叉与融合

Intercross and syncretize in geophysical , medical and space imaging

计算物理前沿及其与计算技术的交叉地震成像与空间成像、医学成像的交叉与融合

FOREFRONT OF COMPUTATIONAL PHYSICS AND ITS INTERCROSS WITH COMPUTATIONAL TECHNOLOGY Intercross and syncretize in geophysical , medical and space imaging

图像目标识别是模式识别的一个重要分支，经过数十年的发展，现在已经渗透到了军事、空间探索、医学、视频监控等各个领域，具有很大的实用价值和重要意义。

As an important part of the pattern recognition , image target recognition has great application value . Through tens years ' development , it has wide application in military affairs , space search , medicine and video surveillance areas .

常见的信息可视化应用是在GIS领域的空间信息可视化和医学领域的人体信息可视化。

Space information Visualization in GIS and Body Information Visualization in medical are two domains which the information visualization is applied familiar .

而磁共振成像技术（MRI）一直是最强大的医疗诊断工具，因为它的无创性和多层面的断层功能，加上高空间分辨率，在医学诊断方面具有很多的功用。

Magnetic resonance imaging ( MRI ) has been one of the most powerful medical diagnostic tools due to its noninvasive nature and multidimensional tomographic capabilities coupled with high spatial resolution .

锗酸铋（BGO）晶体是一种性能良好的闪烁晶体，在高能物理、空间科学、核医学等方面有着广泛的应用。

As an excellent scintillation crystal , Bi_4Ge_3O_12 ( BGO ) has been widely used in high energy physics , space science and medical imaging et al .

基于动态灰度表空间分布信息的医学图像检索

Medical Image Retrieval Using Spaced-distributed Average Coordinates Based on Animal Gray Bin

对城市康体保护空间的研究涉及医学地理学、健康地理学（或保健地理学）。

Research on urban health space involves medical geography and health geography .

而图像的配准、图像分割、体数据集的构建、三维空间插值则是医学图像三维可视化实现过程中的关键技术环节。

The image registering , image segmentation , pixel data set construction and 3D special interpolation are the key technologies in medical images 3D reconstruction .

连续小波变换技术把一维时域信号投影到二维时频空间研究将成为医学信号处理的一个有用方法。

The technique of continuous wavelet transform , which can project a one-dimension signal into a two-dimension time-frequency space , will become a useful method to process medical electronic signal .

自动快速的刚性医学图像配准可以将多组医学影像通过刚性变换摆放到同一个坐标空间中，是医学影像诊断的一种常用方法。

Automatic Fast-rigid medical image registration can place a multiple sets of medical images into the same coordinate space through the rigid transformation , which is a common approach of medical image diagnosis .

它在多谱段空间遥感图像、医学扫描成像、工业检测、机器视觉等多个领域得到了广泛应用，已成为目前的研究热点。

It has been a hot research field and is widely used in many fields such as remote sensing , machine vision , robotics , medical imaging , military application , weather forecast , and automatic object detection , etc.