The Physics of Medical Imaging
暫譯: 醫學影像的物理學

Hebden, Jeremy C.

The Physics of Medical Imaging
  • 出版商: CRC
  • 出版日期: 2026-05-05
  • 售價: $3,640
  • 貴賓價: 9.5 折 $3,458
  • 語言: 英文
  • 頁數: 498
  • 裝訂: Quality Paper - also called trade paper
  • ISBN: 0367904209
  • ISBN-13: 9780367904203
  • 相關分類: 物理學 Physics

    • 尚未上市，無法訂購

商品描述

  • This third edition of The Physics of Medical Imaging provides completely new and comprehensive descriptions of the physical principles and concepts which underpin all the medical imaging technologies found in modern hospitals, including x-ray imaging, magnetic resonance imaging, nuclear medicine imaging, and ultrasound. In addition, this edition describes a range of new imaging techniques whose clinical impact is beginning to emerge or broaden significantly. With the aid of numerous illustrations, descriptions cover the basic mathematical principles, the design and operation of the imaging technology, and a review of the clinical applications. The criteria which determine imaging system performance are described, with an examination of the advantages and limitations of each modality, and the image artefacts to which each is prone. Additional chapters cover the basic principles of image formation, digital image processing methods, and image registration.

    Key Features:

    - This thoroughly updated and modernised edition includes descriptions of many new innovations such as ultrasound tomography, susceptibility contrast MRI, and multimodality imaging (e.g. SPECT-CT), and new chapters on emerging imaging modalities such as optical coherence tomography, phase contrast x-ray imaging, and photoacoustic imaging.

    - Contributors are leading scientists, engineers, and clinicians working on cutting edge research in medical imaging.

    - The conceptual and mathematical descriptions of the imaging methods are accompanied by over 250 new diagrams and images.

    - Contributors have extensive experience of teaching medical imaging physics, ensuring that the content is strongly informed by students' learning experiences, and by an appreciation of the intellectual challenges confronting students encountering new concepts in medical imaging.

    This book has been designed to be accessible to readers with a basic physics knowledge wishing to learn about medical imaging for the first time, or to deepen their understanding of diagnostic imaging techniques. This includes undergraduates in physics and engineering, research students, scientists, and healthcare professionals with interests in imaging

商品描述(中文翻譯)

  • 《醫學影像物理學》第三版提供了全新的、全面的描述，涵蓋了所有現代醫院中醫學影像技術的物理原則和概念，包括X光影像、磁共振影像、核醫學影像和超聲波影像。此外，本版還描述了一系列新興影像技術，其臨床影響正在逐漸顯現或顯著擴大。透過大量插圖，描述涵蓋了基本的數學原則、影像技術的設計與操作，以及臨床應用的回顧。影像系統性能的評估標準也有描述，並檢視了每種模式的優缺點及其易受的影像伪影。附加章節涵蓋了影像形成的基本原則、數位影像處理方法和影像配準。

    主要特色：

    - 這一全面更新和現代化的版本包括了許多新創新技術的描述，如超聲波斷層成像、敏感度對比磁共振影像（susceptibility contrast MRI）和多模態影像（例如SPECT-CT），以及關於新興影像模式的章節，如光學相干斷層成像、相位對比X光影像和光聲影像。

    - 貢獻者是從事醫學影像前沿研究的領先科學家、工程師和臨床醫生。

    - 影像方法的概念和數學描述伴隨著超過250幅新的圖表和影像。

    - 貢獻者在醫學影像物理學教學方面擁有豐富的經驗，確保內容強烈反映學生的學習經驗，以及對學生在接觸醫學影像新概念時所面臨的智力挑戰的理解。

    本書旨在讓具備基本物理知識的讀者能夠輕鬆學習醫學影像，無論是第一次接觸，或是希望加深對診斷影像技術的理解。這包括物理學和工程學的本科生、研究生、科學家以及對影像有興趣的醫療專業人員。

作者簡介

Professor Jem Hebden is former head of the UCL Department of Medical Physics & Biomedical Engineering (2008-2019), and director of the UCL Biomedical Optics Research Laboratory (BORL), which represents a federation of four research groups, each involved in internationally-leading research.

I joined the UCL Department of Medical Physics & Bioengineering in 1992 when I vacated a tenure-track position at the University of Utah to take up a 5-year Wellcome Trust Senior Fellowship (later renewed for a further 5 years). I immediately established my own group devoted to the development of clinical prototypes for optical imaging of human subjects, with particular emphasis on the study of the premature infant brain at risk of damage resulting from hypoxia-ischaemia. I have pioneered the technique of time-resolved diffuse optical imaging, and (with Wellcome Trust and industrial support) developed a prototype which is widely regarded as the most sophisticated clinical instrument in optical tomography, utilising unique, ground-breaking technology. My group has published the first (and so far the only) three-dimensional (3D) optical images of the entire infant brain, including 3D functional images. We have also developed a novel optical topography system for real-time display of functional activity in the cortex of adults and children.

作者簡介(中文翻譯)

教授傑姆·赫本（Jem Hebden）曾擔任倫敦大學學院（UCL）醫學物理與生物醫學工程系的系主任（2008-2019），並且是UCL生物醫學光學研究實驗室（BORL）的主任，該實驗室代表著四個研究小組的聯盟，每個小組都參與國際領先的研究。

我於1992年加入UCL醫學物理與生物工程系，當時我從猶他大學（University of Utah）辭去一個終身教職的職位，接受了為期五年的威康信託高級研究員獎學金（後來續簽了五年）。我立即成立了自己的研究小組，專注於開發用於人類受試者的光學成像臨床原型，特別強調研究因缺氧缺血而面臨損傷風險的早產兒大腦。我開創了時間解析的擴散光學成像技術，並在威康信託和工業界的支持下，開發了一個原型，該原型被廣泛認為是光學斷層成像中最先進的臨床儀器，利用了獨特的突破性技術。我的小組發表了第一個（也是迄今為止唯一的）整個嬰兒大腦的三維（3D）光學圖像，包括3D功能圖像。我們還開發了一種新穎的光學地形系統，用於實時顯示成人和兒童皮層的功能活動。

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