By Mark E. Brezinski
The main updated resource for functions and well timed marketplace problems with a brand new scientific high-resolution imaging technology.
Read or Download Optical coherence tomography : principles and applications PDF
Best diagnostic imaging books
Fundamentals of medical imaging
Basics of scientific Imaging, moment version, is a useful technical advent to every imaging modality, explaining the mathematical and actual rules and giving a transparent realizing of the way pictures are got and interpreted. person chapters hide each one imaging modality - radiography, CT, MRI, nuclear medication and ultrasound - reviewing the physics of the sign and its interplay with tissue, the picture formation or reconstruction technique, a dialogue of photograph caliber and kit, medical purposes and organic results and questions of safety.
PET : physics, instrumentation, and scanners
This ebook is designed to provide the reader an excellent realizing of the physics and instrumentation points of puppy, together with how puppy info are accumulated and shaped into a picture. subject matters contain uncomplicated physics, detector expertise utilized in smooth puppy scanners, information acquisition, and 3D reconstruction. a number of sleek puppy imaging structures also are mentioned, together with these designed for scientific prone and learn, in addition to small-animal imaging.
This guide, written in a transparent and specific variety, describes the foundations of positron emission tomography (PET) and gives exact info on its program in scientific perform. the 1st a part of the e-book explains the actual and biochemical foundation for puppy and covers such issues as instrumentation, snapshot reconstruction, and the construction and diagnostic homes of radiopharmaceuticals.
Optical coherence tomography : principles and applications
The main up to date resource for purposes and well timed industry problems with a brand new clinical high-resolution imaging technology.
Additional info for Optical coherence tomography : principles and applications
Sample text
B. 0% Strain (%) C. 4 Strain-stress curves for (A) 1%, (B) 2%, and (C) 3% phantoms using three caliper measurements (trials 1-3). Young’s modulus estimators are displayed as slope values of linear regression equations. Courtesy Rogowska, J. et al. (2002). 3. [32,33] A. B. 0% Strain (%) C. 5 Strain-stress relationship for (A) 1%, (B) 2%, and (C) 3% phantoms using three OCT elastography measurements (trials 1-3). Young’s modulus estimators are displayed as slope values of linear regression equations.
This appendix utilizes a power series, discussed in the next section, so that the reader may wait before reading Appendix 1-1. 5 INFINITE SERIES Infinite series are frequently used in the physical sciences as well as pure mathematics and are literally the summation of an infinite number of terms. They can be used to evaluate functions including Fourier series, integrals, and differential equations. They have the general form of: 1 X cn x ¼ f ðxÞ n¼0 A power series is perhaps the most important infinite series.
4 Strain-stress curves for (A) 1%, (B) 2%, and (C) 3% phantoms using three caliper measurements (trials 1-3). Young’s modulus estimators are displayed as slope values of linear regression equations. Courtesy Rogowska, J. et al. (2002). 3. [32,33] A. B. 0% Strain (%) C. 5 Strain-stress relationship for (A) 1%, (B) 2%, and (C) 3% phantoms using three OCT elastography measurements (trials 1-3). Young’s modulus estimators are displayed as slope values of linear regression equations. Courtesy Rogowska, J.