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For more classes visit www.snaptutorial.com Digital Picture Generation and Multi-Frame Sine Wave Image Creation iLAB OVERVIEW Introduction Today, most medical imaging modalities generate digital images, which easily can be manipulated by computers. The digital medical image is structural and functional information of human body in digital form. – PowerPoint PPT presentation

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Title: BMET 433 Course Experience Tradition / snaptutorial.com


1
BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
Education is all about igniting young minds and
enabling them to attain their fullest potential.
2
BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 1 Homework Problems
BMET 433 Week 1 Homework Problems
3
BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 1 iLab
Digital Picture Generation and Multi-Frame Sine
Wave Image Creation iLAB OVERVIEW Introduction Tod
ay, most medical imaging modalities generate
digital images, which easily can be manipulated
by computers. The digital medical image is
structural and functional information of human
body in digital form. This laboratory activity
focuses on digital picture element, known as
pixel , generation. The digital image consists of
pixels
4
BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 2 Homework Problems
BMET 433 Week 2 Homework Problems
5
BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 2 iLab
Part A Introduction Attenuation occurs when X-ray
photons are removed from their beams when they go
through an object, which is called attenuating
medium. The attenuation of the photons depends on
the material properties of the attenuating medium
and its thickness. This lab will show how
attenuation of X-ray photons is related to the
thickness of the attenuating medium. Here, the
stream of water represents a beam of X-ray
photons, and the thickness of paper towels
represents the attenuating medium.
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BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 3 Homework Problems
BMET-433 Week 3 Homework Problems 1.Given an
object composed of 6 segments of different
materials, and attenuation results from 6 x-ray
projections at different angles through the
object as shown below, find the attenuations
coefficients of each segment A, B, C, D, E and F.
(8 pts) 2.Discuss the development of CT scanner
since 1970 until today. Explain what improved
specifically. (7 pts) 3.What is the artifact
caused on CT images by the polyenergetic nature
of the x-ray beam? Explain. (5 pts)
7
BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 3 iLab
iLAB OVERVIEW Introduction Today, most medical
imaging modalities generate digital images, which
can be easily manipulated by computers. The
digital medical image is structural and
functional information of human body in digital
form. This laboratory activity focuses on digital
picture element, known as pixel , generation. The
digital image consists of pixels. Also, this
laboratory creates an image of sine wave with
different spatial frequency and phase.
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BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 4 iLab
Objective The purpose of this laboratory is to
establish common techniques in using the SonoSite
Ultrasound System to produce ultrasound images
using the C-60 transducer. In addition,
measurement evaluations will be made using the
images taken from the SonoSite Ultrasound
System. Materials SonoSite System and transducer
with cable
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BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 5 Homework Problems
Homework Week 5 12.1 At what time will the
magnetization vector M at z1 cm and that at z
0 have same phase again? 13.2 Briefly explain the
function of RF coils. 13.3 (a) Find the bandwidth
(in Hz) of the RF waveform needed to perform the
slice selection.  
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BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 6 iLab
INSTRUCTIONS Part A Contrast and Invert the MRI
Brain Image Construction of PET Box Construction
of LED Device Experiment to Find Location of LED
Inside PET Box Repeat Experiment in Step
3 Experiment With Multiple LED Device Inside PET
Box Repeat Experiment in Step 3 With 16-Holes
System Deliverables
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BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
BMET 433 Week 7 Research Paper Terranova-MRI
BMET 433 Week 7 Research Paper Terranova-MRI
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BMET 433
www.snaptutorial.com
BMET 433 Course Experience Tradition
Education is all about igniting young minds and
enabling them to attain their fullest potential.
For more best Courses / Tutorials
Visit Now
www.snaptutorial.com
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