MRI : principles and artifacts /

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Bibliographic Details
Imprint:New York : Raven Press, c1993.
Description:xv, 304 p. : ill. ; 29 cm.
Language:English
Series:Raven MRI teaching file
Subject:
Format: Print Book
URL for this record:http://pi.lib.uchicago.edu/1001/cat/bib/1642398
Hidden Bibliographic Details
Other authors / contributors:Hendrick, R. Edward
Russ, Paul D.
Simon, Jack H.
ISBN:0881677094
Notes:Includes bibliographical references and index.

MARC

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245 0 0 |a MRI :  |b principles and artifacts /  |c editors, R. Edward Hendrick, Paul D. Russ, Jack H. Simon. 
260 |a New York :  |b Raven Press,  |c c1993. 
300 |a xv, 304 p. :  |b ill. ;  |c 29 cm. 
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440 0 |a Raven MRI teaching file 
504 |a Includes bibliographical references and index. 
505 2 0 |g 1.  |t Measurement of Signal, Noise, and SNR in MR Images --  |g 2.  |t Two General Types of Image Noises --  |g 3.  |t Effect of Number of Acquisitions Per Phase-Encoding Step on SNR in Clinical Images --  |g 4.  |t Effect of Slice Thickness on the SNR and Image Quality in Clinical Images --  |g 5.  |t Effect of Interslice Gap on the SNR and Contrast in Clinical Images --  |g 6.  |t Single Slice versus Contiguous Multislice Planar Imaging --  |g 7.  |t Effect of Number of Phase-Encoding Steps on SNR and Image Quality --  |g 8.  |t Partial-Fourier Imaging Techniques --  |g 9.  |t Effect of Number of Frequency-Encoding Steps on SNR and Image Quality --  |g 10.  |t Effect of Image Matrix on SNR and Image Quality --  |g 11.  |t Effect of Field of View on SNR and Image Quality --  |g 12.  |t Effect of Bandwidth on Noise and SNR --  |g 13.  |t Effect of Surface Coils on Signal, Noise, and SNR --  |g 14.  |t Effect of Magnetic Field Strength on SNR --  |g 15.  |t Choice of Phase-Encoding and Frequency-Encoding Directions in 2DFT Brain Imaging --  |g 16.  |t Choice of Phase-Encoding and Frequency-Encoding Directions in 2DFT Body Imaging --  |g 17.  |t Use of Spatial Presaturation Pulses --  |g 18.  |t Effect of Oversampling on SNR and Image Quality --  |g 19.  |t Effect of Motion Suppression Techniques on Image Quality in Spine Imaging --  |g 20.  |t Effect of Pulse Sequence Repetition Time on Signal, Noise, and Contrast in Spin-Echo Imaging --  |g 21.  |t Effect of Echo Delay Time on Signal, Noise, and Contrast in Spin-Echo Imaging --  |g 22.  |t Effect of TR and TE on Contrast in SE Imaging: Multiple Sclerosis Example --  |g 23.  |t Effect of TR and TE on Contrast in SE Imaging: Metastatic Breast Cancer in the Brain --  |g 24.  |t SE Imaging: Fluid-Isointense Protocol versus T1W and T2W SE --  |g 25.  |t Fast SE Imaging: Comparison with Conventional SE Imaging --  |g 26.  |t Fast SE Imaging: Trade-offs in Imaging Time and Image Quality --  |g 27.  |t Comparison of Spin-Echo and IR Imaging: Magnitude, Real, Imaginary, and Phase Images --  |g 28.  |t Effect of TR, TI, and TE on Contrast in IR Images: MS Example --  |g 29.  |t STIR Imaging: Nulling Fat and Comparison with SE --  |g 30.  |t FLAIR Imaging: Comparison to SE in a Clinical MS Case --  |g 31.  |t SGE Imaging versus SE Imaging: Pelvic Cyst Case --  |g 32.  |t SSGE Imaging versus SE Imaging: Pelvic Cyst Case --  |g 33.  |t SSGE Imaging: Metastatic Breast Cancer and MS Cases --  |g 34.  |t SGE and SSGE Imaging: Brain --  |g 35.  |t 2DFT and 3DFT GE Imaging: Brain --  |g 36.  |t Comparison of 2DFT and 3DFT GE Imaging: Breast --  |g 37.  |t Diffusion Imaging --  |g 38.  |t Magnetization Transfer Imaging --  |g 39.  |t Pediatric Hemorrhage: A Difficult Test Case --  |g 40.  |t Ferromagnetic Artifact from Metallic Fixation Rods --  |g 41.  |t Ferromagnetic Artifact from a Removable Object --  |g 42.  |t Ferromagnetic Artifact: SE versus GRE Pulse Sequences --  |g 43.  |t Ferromagnetic Artifact on GRE Scan --  |g 44.  |t Ferromagnetic Artifact from Cosmetics --  |g 45.  |t Cosmetic Artifact --  |g 46.  |t Dental Material Artifact --  |g 47.  |t Induced Nonferromagnetic Artifact --  |g 48.  |t Frontal Lobe Contusion versus Magnetic Susceptibility Artifact --  |g 49.  |t Magnetic Susceptibility Effects from the Sphenoid Sinus --  |g 50.  |t Magnetic Susceptibility Effects of Brain Iron --  |g 51.  |t Magnetic Susceptibility: SE versus GE Pulse Sequences --  |g 52.  |t Magnetic Susceptibility Skin Artifact on GRE Image --  |g 53.  |t Magnetic Susceptibility Artifact in Unbalanced SE Imaging --  |g 54.  |t CSMA (Orbit) --  |g 55.  |t CSMA Accentuated by Reduced Bandwidth Imaging --  |g 56.  |t CSMA in the Spine: Effect of Reduced Bandwidth --  |g 57.  |t Mid-Field CSMA --  |g 58.  |t CSMA in Falx Ossification --  |g 59.  |t CSMA in the Slice-Select Direction --  |g 60.  |t Phase-Contrast Intensity Variations in GRE Imaging --  |g 61.  |t Nonperiodic Motion During Early or Late Scan Views --  |g 62.  |t Blurring from Coughing --  |g 63.  |t Blurring and Ghosting in an Uncooperative Patient --  |g 64.  |t Ghosting from Seizure Activity --  |g 65.  |t Ghost Artifacts from Blood Flow and Breathing --  |g 66.  |t Increased Ghosting after IV Contrast Administration --  |g 67.  |t Decreased Ghost Artifact with Flow Compensation and Cardiac Gating --  |g 68.  |t Ghost Artifact Mimicking a Cerebellar Lesion --  |g 69.  |t High-Velocity Signal Loss --  |g 70.  |t Flow-Related Enhancement and Effect of Presaturation RF Pulses --  |g 71.  |t Intravascular Signal: SE versus GRE Imaging --  |g 72.  |t Even-Echo Rephasing in a Large Venous Angioma --  |g 73.  |t Even-Echo Rephasing in Superior Ophthalmic Veins --  |g 74.  |t Flow-Related Spatial Misregistration --  |g 75.  |t Flow-Related Phenomena --  |g 76.  |t Increased Intravascular Signal with Electrocardiographic Gating --  |g 77.  |t Flowing Blood versus Stationary Tissue --  |g 78.  |t Flow-Induced Signal Loss in MRA --  |g 79.  |t Vascular Signal Loss in 3D TOF MRA --  |g 80.  |t Artifactual Absent Flow from Traveling Presaturation --  |g 81.  |t Effect of Velocity Encoding Parameters on Phase Contrast MRA --  |g 82.  |t Turbulence and Eddy Currents --  |g 83.  |t Fat Signal Interference in MIP --  |g 84.  |t CSF Flow-Void in the Aqueduct of Sylvius --  |g 85.  |t CSF Dephasing Adjacent to the Basilar Artery --  |g 86.  |t CSF Flow-Related Enhancement --  |g 87.  |t Spatial Distortion from Gradient Nonlinearity --  |g 88.  |t Improper RF Attenuation --  |g 89.  |t Surface Coil Artifact --  |g 90.  |t Gradient Amplifier Failure --  |g 91.  |t Corduroy and Noise Spike Artifacts --  |g 92.  |t RF Noise --  |g 93.  |t Aliasing in the Frequency- and Phase-Encoding Directions --  |g 94.  |t Aliasing versus Field of View --  |g 95.  |t "X" or Crossed Artifact from Aliasing --  |g 96.  |t Aliasing in Volume Imaging --  |g 97.  |t Truncation Artifact at High Contrast Interfaces --  |g 98.  |t Cervical Cord Pseudosyrinx from Truncation Artifact --  |g 99.  |t Partial Volume Averaging --  |g 100.  |t Maximum Intensity Projection Stripe Artifact. 
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700 1 0 |a Simon, Jack H.  |0 http://id.loc.gov/authorities/names/n93013600  |1 http://viaf.org/viaf/311801601 
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