000			06001cam a22004214a 4500
001			16095760
003			BD-DhUL
005			20150120162704.0
008			100216s2010 njua b 001 0 eng
010			_a 2010005149
016	7		_a101524329 _2DNLM
020			_a9780470500989 (pbk.)
020			_a0470500980 (pbk.)
035			_a(OCoLC)ocn520441344
040			_aDNLM/DLC _cDLC _dYDX _dBTCTA _dNLM _dYDXCP _dCDX _dCOU _dEEK _dDLC _dBD-DhUL
042			_apcc
050	0	0	_aRC78.7.N83 _bB765 2010
060	0	0	_a2010 F-727
060	1	0	_aWN 185 _bB879m 2010
082	0	0	_a616.07548 _222 _bBRM
100	1		_aBrown, Mark A. _d1955-
245	1	0	_aMRI : _bbasic principles and applications / _cMark A. Brown, Richard C. Semelka.
246	3		_aMagnetic resonance imaging
250			_a4th ed.
260			_aHoboken, N.J. : _bWiley-Blackwell/John Wiley & Sons, _cc2010.
300			_axiii, 264 p. : _bill. ; _c24 cm.
365			_aUS$ _b62.95
504			_aIncludes bibliographical references and index.
505	0		_aProduction of net magnetization -- Concepts of magnetic resonance -- Relaxation : T1 relaxation and saturation ; T2 Relaxation, T2* relaxation and spin echoes -- Principles of magnetic resonance imaging, part 1 : Slice selection ; Readout or frequency encoding ; Phase encoding ; Sequence looping -- Principles of magnetic resonance imaging, part 2 : Frequency-selective excitation ; Composite pulses ; Raw data and image data matrices ; Raw data and k space -- Reduced k-space techniques ; Reordered k-space-filling techniques ; Other k-space filling techniques ; Phased-array coils ; Parallel acquisition techniques -- Pulse sequences : Spin echo sequences ; Gradient echo sequences ; Echo planar imaging sequences ; Magnetization-prepared sequences -- Measurement parameters and image contrast : Intrinsic parameters ; Extrinsic parameters ; Parameter trade-offs -- Signal suppression techniques : Spatial presaturation ; Magnetization transfer suppression ; Frequency-selective saturation ; Nonsaturation methods -- Artifacts : Motion artifacts ; Sequence/protocol-related artifacts ; External artifacts -- Motion artifact reduction techniques : Acquisition parameter modification ; Triggering and gating ; Flow compensation ; Radial-based motion compensation -- Magnetic resonance angiography : Time-of-flight MRA ; Phase-contrast MRA ; Maximum intensity projection -- Advanced imaging applications : Diffusion ; Perfusion ; Functional brain imaging ; Ultrahigh field imaging ; Noble gas imaging -- Magnetic resonance spectroscopy : Additional concepts ; Localization techniques ; Spectral analysis and postprocessing ; Ultrahigh field spectroscopy -- Instrumentation : Computer system ; Magnet system ; Gradient system ; Radio-frequency system ; Data acquisition system ; Summary of system components -- Contrast agents : Intravenous agents ; Oral agents -- Safety : Base magnetic field ; Cryogens ; Gradients ; RF power deposition ; Contrast media -- Clinical applications : General principles of clinical MR imaging ; Examination design considerations ; Protocol considerations for anatomical regions ; Recommendations for specific sequences and clinical situations.
520			_a"The third edition of this successful book was published in August 2003, and the field of magnetic resonance imaging (MRI) has seen many advances since then. The new fourth edition maintains the well-received format of the third edition, minimizing math formulas and technical details, but still providing an accurate description of the physics and clinical applications of MRI, and including a thorough but concise review and updating of all the latest MRI advances and cutting-edge applications. Dozens of brand-new images support the text, as well as added discussions on 3D imaging, real time imaging, cardiac imaging, and parallel acquisition techniques. Clinical protocols have been thoroughly updated and revised to reflect current methodologies. Here are some of the more major changes in the MRI field that have been included in the fourth edition: Nephrotoxic effects of gadolinium-based contrast media have been reported; this is a truly major development in the field. New scan techniques such as radial scanning have become more commonplace. Parallel acquisition and cardiovascular imaging techniques have become more commonplace. New applications such as spin tagging and diffusion tensor imaging are becoming more mainstream. 3 Tesla scanning is becoming the field strength of choice and 7 Tesla scanning is under investigation. Additional hardware innovations such as large-scale array coils have been implemented. New motion compensation techniques have been developed. There are many smaller editorial and content changes that have been undertaken. Feedback from current readers has been very positive, and many individuals have kindly alerted the authors to everything from typographical errors, to possible revisions of syntax and even additions of new materials. The authors have included such feedback wherever possible"--Provided by publisher.
520			_a"The new fourth edition maintains the well-received format of the third edition, minimizing math formulas and technical details, but still providing an accurate description of the physics and clinical applications of MRI, and including a thorough but concise review and updating of all the latest MRI advances and cutting-edge applications. Dozens of brand-new images support the text, as well as added discussions on 3D imaging, real time imaging, cardiac imaging, and parallel acquisition techniques. Clinical protocols have been thoroughly updated and revised to reflect current methodologies"--Provided by publisher.
650		0	_aMagnetic resonance imaging.
650	1	2	_aMagnetic Resonance Imaging _xmethods.
700	1		_aSemelka, Richard C.
906			_a7 _bcbc _corignew _d1 _eecip _f20 _gy-gencatlg
942			_2ddc _cBK
955			_bxh11 2010-02-18 _abd04 2011-04-14 2 copies rec'd., to CIP ver.
999			_c34005 _d34005