biomedical imaging

Applications of Probabilistic and Statistical Methods in Microwave Biomedical Imaging and Evaluation of Lightning Electromagnetic Effects

概率统计方法在微波生物医学成像和雷电电磁效应评估中的应用

The interaction between biomedical imaging and IT is described according to some X-ray imaging examples .

根据X-射线成像的若干例子就生物医学成像与IT的互动发展作了阐述。

The first chapter introduces the development and the characteristics of some biomedical imaging technologies .

第一章简要的介绍了一些医学影像技术和光学成像技术，介绍了各种技术各自的优缺点和适用场合；

Photoacoustic ( PA ) technique has shown its potential in biomedical imaging .

光声成像（Photoacousticimaging）是极具发展潜力的医学成像技术。

The research contents of this thesis include two parts : microwave biomedical imaging and evaluation of lightning electromagnetic effects .

本文包含微波生物医学成像和雷电电磁效应评估两方面的研究内容。

These years , it developed very fast in the field of biomedical imaging , especially in ophthalmic diagnoses .

这些年来，OCT在医学成像领域，特别是眼科诊断方面，获得了很大的发展。

Bioluminescence imaging is the only way to obtain biomedical imaging of biological tissues at cellular and molecular level .

生物荧光成像是唯一能够获取生物活体组织细胞和分子水平信息的生物医学成像方法。

In recent years , biomedical imaging technology has been developed rapidly and a large amount of high-resolution medical image data have been used for people .

近年来，生物医学成像技术的快速发展使人们能够获得大量高分辨率的医学图像和数据影像。

Dual responsive magnetic nanoparticles have potential applications in hyperthermia , artificial muscles , smart drug delivery systems and biomedical imaging .

所得到的双重敏感性的四氧化三铁纳米颗粒在热疗、人造肌肉、智能给药系统、生物医学、成像方面等都有潜在的应用价值。

Molecular imaging is a rapidly developing biomedical imaging technique for studying physiological and pathological processes in vivo at the cellular and molecular levels .

分子成像是在细胞和分子水平上研究活体生理和病理过程的一个快速发展着的生物医学成像方法。

Quantum dots ( QD ) are fluorescence labels , whose research fields involve biomedical imaging , disease diagnosis , and cell biology .

量子点（QD）是一种荧光标记物，其研究领域涉及生物医学成像、疾病诊断和细胞生物学。

Researches on biomedical imaging have been unfolding with the advent of new modalities , which provides new tools for the description of biological tissues .

生物医学成像的研究方兴未艾，成像技术层出不穷，为生物组织的影像学描述提供了新的工具。

In recent years , with the development of CAD , biomedical imaging , 3D animation and other applications , the copyrights protection for 3D models become necessary .

近年来，随着CAD技术、生物医学技术及三维动画技术的发展，使得三维几何模型也面临所有权保护问题。三维模型水印技术成为计算机图形学与媒体计算领域的研究热点。

The research progress of contrast agents used in biomedical imaging has been reviewed systematically in this dissertation . In special , multi-mode contrast agents were discussed in detail .

本论文介绍了在医学影像诊断上使用的造影剂的研究进展，尤其是多模式造影剂的研究。

Scholars in Biomedical Imaging Division of Virginia Polytechnic University of United States have expanded in-depth study of three-dimensional imaging device and proposed a prototype system combined with Micro-CT .

三维成像设备方面，美国弗吉尼亚理工大学生物医学成像实验室的学者们展开了深入研究并提出了结合Micro-CT的设备原型，而国内相关方面的研究还处于起步阶段。

Tunable solid state lasers are widely used in recent years . Particularly , Tunable output of Cr4 + : forsterite is applied to biomedical imaging and other medical fields .

其中可调谐固体激光器在近年来得到广泛应用，尤其是掺铬镁橄榄石激光器，它的可调谐输出适用于生物医学成像等医疗领域。

Misdiagnosis and missed diagnosis might appear when just one kind of biomedical imaging technique was used . Therefore , more than one kind of biomedical imaging techniques was used to diagnose the diseases .

单一的影像成像技术在临床诊断上会容易出现误诊和漏诊的情况，因此，在疾病的诊断中经常需要同时使用多种成像技术。

This process has been a problem of prime importance in many fields due to its wide application in satellite imagery , biomedical imaging , and particularly in military and consumer electronics domains .

该处理在许多领域有很重要的应用，包括卫星成像，医学成像，尤其在军用和民用电子产品领域。

The algorithms play an important role in numerous biomedical imaging applications such as the quantification of tissue volumes , localization of pathology , anatomical structure analysis , treatment planning and computer assistant diagnosis and so on .

图像分割在各种各样的生物医学图像应用中扮演着重要的角色，如组织体积测量、病灶定位、解剖结构分析、治疗计划的制定、计算机辅助诊断等。

Currently , as one of hot topics all over the world , terahertz ( THz ) technology has many potential applications in biomedical imaging , environmental monitoring , security , anti-terrorism , communication , moisture measurement .

太赫兹（THz）技术在生物医学成像，环境监测，安全检测，反恐，通信，水分测量等方面具有很多大的应用潜力，也是目前世界上研究的热点之一。

It has many advantages such as noninvasive , no radiation damage , easy to find small lesions in early stage and so on , which make PAI become one of the hottest research point in the field of biomedical imaging .

该技术具有操作简便、无创、无辐射、易发现早期病灶等优点，使其在生物医学成像领域的研究日益广泛。

Adaptive Beamforming techniques have attracted considerable interest and are wide-ly used in wireless communications , radar , sonar , navigation , radio astronomy , biomedical imaging , seismology , speech signal processing and so on .

自适应波束技术在无线通信、雷达、声呐、导航、射电天文、生物医疗、地震信号处理、语音信号处理等领域应用广泛。

Initial research programs will be led by groups from the Oxford departments of Engineering , Physics , Chemistry and Materials , with applications ranging from health informatics , tissue engineering and biomedical imaging techniques to environmental remediation , advanced materials and electronic devices .

研究院第一阶段的研究项目聚焦医疗健康、组织工程、生物医学成像技术、环境修复、先进材料和电子设备等，由牛津大学工程系、物理系、化学系和材料系的团队主导。

Photoacoustic tomography ( PAT ) is a novel biomedical imaging based on photoacoustic effect . It can combine the excellent spatial resolution in ultrasound imaging and the high contrast in optical imaging , and it has been attracting more and more attention .

光声成像是一种基于光声效应的新型医学成像方法，它结合了超声成像高空间分辨率和光学成像高对比度的优点。

Brain models have been mostly two-dimensional or made with a three-dimensional gel , said Rosemarie Hunziker , program director of tissue engineering and biomaterial at the National Institute of Biomedical Imaging and Bioengineering , which funded Dr. Kaplan 's research .

美国国家生物医学成像和生物工程研究所（NationalInstituteofBiomedicalImagingandBioengineering）的组织工程与生物材料项目主任罗斯玛丽·亨齐克（RosemarieHunziker）称，以前的大脑模型大多是二维的，或是用三维凝胶制作。该研究所资助了卡普兰的工作。

Owing to the small size , electronics , catalytic and optical properties , gold nanoparticles and CdS quantum dots acted as the classic nanometer materials have been wildly used in the fields of biomedical imaging , DNA and inorganic metal ion detection since their discovery .

金纳米粒子和CdS量子点作为经典的纳米材料，因其尺寸小，具有各自独特的电子、催化及光学特性而在生物医学成像、DNA杂交和无机金属离子检测等方面得到广泛的应用。

The application of a filtering method based on wavelet transform in biomedical electromagnetic imaging

小波变换域滤波方法在电磁生物医学成像中的应用

With rapid development in recent years , biomedical optical imaging , as a non-invasive , non-destructive and high resolution imaging technique , has become a focus of study in the fields of life science and optics .

作为一种非入侵、无损、高分辨率的成像方法，生物医学光子学成像技术近年来发展迅速，成为生命科学领域与光学领域的研究热点。

Diffuse optical tomography , an emerging biomedical noninvasive imaging technology , can be used for visualizing and continuously monitoring tissue and blood oxygenation levels that is useful for brain imaging and tumor detection .

扩散光层析技术是新近发展的一种生物医学无损成像方法，可用于组织和血氧水平的可视化实时探测，对脑成像和肿瘤监测等具有重要意义。

Principle , Techique , and Biomedical Applications of Spectral Imaging

光谱成像的原理、技术和生物医学应用