|
Showing 1 - 2 of
2 matches in All Departments
This new edition provides trainees and pathologists with the latest
information in the field of haematopathology, covering a broad
range of benign and malignant disorders and describing their
pathogenesis, clinical and pathologic diagnosis, and treatment
options. Each chapter presents a practical, clinically oriented
approach to understanding the basis of tests, potential pitfalls
(clinical, technical and biological) in their interpretation, and
resulting treatment and prognosis. The second edition has been
fully revised to include the latest advances and also covers the
American Board of Medical Specialties (ABMS) and American
Osteopathic Association (AOA) Maintenance of Certificate (MOC)
examination. Authored by recognised expert Da Zhang from University
of Kansas Medical Centre, the text is further enhanced by full
colour micro-photographs printed in large format, with detailed
descriptions, markings and annotations. The book concludes with a
questions and answers section and comprehensive appendix section.
Key points Fully revised, new edition providing latest advances in
haematopathology Second edition covers ABMS and AOA Maintenance of
Certificate examination Features questions and answers section and
detailed micro-photographs Previous edition (9789350259252)
published in 2012
Detective quantum efficiency (DQE) is widely accepted as the golden
rule to objectively evaluate the performance of x-ray imaging
systems. It provides a comprehensive characterization of an x-ray
imaging system, because it combines several important
image-quality-related measurements such as contrast, resolution,
and noise, and because it measures the efficiency of the
utilization of x-ray in the imaging process. Despite its
importance, the current DQE methodology is imperfect in general
agreement. The focus of this dissertation is to investigate the DQE
methodology for digital x-ray imaging systems, in an effort to
clarify some confusing aspects of the current DQE methodology.
Through a detailed theoretical derivation of the DQE methodology
for digital x-ray imaging, a more clarified understanding of the
DQE theory is provided. Besides the re-visited DQE theory,
techniques to determine the constituent parts of DQE, including the
photon fluence, Modulation Transfer Function (MTF), and Noise Power
Spectrum (NPS) are also discussed in this dissertation.
|
You may like...
Higher
Michael Buble
CD
(1)
R172
R154
Discovery Miles 1 540
|
Email address subscribed successfully.
A activation email has been sent to you.
Please click the link in that email to activate your subscription.