Sunday, November 24, 2013

The Only EKG Book You'll Ever Need (Board Review) by Malcolm S. Thaler


The Only EKG Book You'll Ever Need (Board Review) by Malcolm S. Thaler
English | ISBN: 0781773156 | edition 2006 | CHM | 342 pages | 26 mb

This popular and practical text presents all the information clinicians need to use the EKG in everyday practice and interpret hypertrophy and enlargement, arrhythmias, conduction blocks, pre-excitation syndromes, and myocardial infarction. It is an ideal reference for medical students in ICM courses, house officers, or anyone directly involved in patient care, whether student, teacher, or practitioner.


Antonio Luna, ‎Ramón Ribes, ‎Jorge A. Soto - Diffusion MRI Outside the Brain: A Case-Based Review and Clinical Applications


Antonio Luna, ‎Ramón Ribes, ‎Jorge A. Soto - Diffusion MRI Outside the Brain: A Case-Based Review and Clinical Applications
Published: 2011-11-22 | ISBN: 3642210511 | PDF | 380 pages | 29 MB


Diffusion MRI allows indirect estimation of the perfusion and cellularity of normal and abnormal tissues and has conventionally been used in the brain in order to evaluate ischemia, tumors, and other conditions. Application in other parts of the body has been hampered by the occurrence of motion and susceptibility artifacts. However, recent advances in MR technology are overcoming these hurdles, allowing the use of diffusion MRI in organs outside the brain. In this book, the authors present cases drawn from daily clinical practice to illustrate the role of diffusion sequences, along with other morphological and functional MRI information, in the work-up of a variety of frequently encountered oncological and non-oncological diseases. Breast, musculoskeletal, whole-body, and other applications are covered in detail, with careful explanation of the pros and cons of diffusion MRI in each circumstance. Quantification and post-processing are discussed, and advice is provided on how to acquire state of the art images, and avoid artifacts, when using 1.5- and 3-T magnets. Applications likely to emerge in the near future, such as for screening, are also reviewed. The practical approach adopted by the authors, combined with the wealth of high-quality illustrations, ensures that this book will be of great value to practitioners.

The Electrical Resistivity of Metals and Alloys by Paul L. Rossiter


The Electrical Resistivity of Metals and Alloys by Paul L. Rossiter
English | March 29, 1991 | ISBN-10: 0521408725 | 452 pages | PDF | 12.8 Mb

Understanding the origin of electrical properties of alloys is critical to the development of new materials. Dr. Rossiter blends theoretical and experimental results without relying on detailed quantum mechanics.

After introducing the basic concepts of atomic and magnetic correlations, he explains their microstructural consequences. Later chapters deal with the effects of such correlations on electrical resistivity. Examples and applications are given in discrete sections, which allow the uninterrupted development of theory for each specific problem.


Theory of Magnetic Recording by H. Neal Bertram


Theory of Magnetic Recording by H. Neal Bertram
English | April 29, 1994 | ISBN-10: 0521445124 | 376 pages | PDF | 15.2 Mb

This book is designed to give the student a fundamental, in-depth understanding of all the essential features of the magnetic recording process for both high density disk and tape recording.

The book provides a thorough grounding in four basic areas of magnetic recording: structure and fields of heads and media, the replay process, the recording process, and medium noise analysis. Besides the fundamental issues, key systems questions of nonlinearities, overwrite, side track phenomena, error rate estimates as well as comparisons of MR and inductive heads will be discussed. The student will be able to use the information presented to design and analyze key experiments for head and medium evaluation as well as for overall system performance decisions. A parallel treatment of time and frequency response will enable the student to evaluate signal processing schemes. The book is intended either for senior-year undergraduates or first-year graduates. It assumes that the reader has had basic introductory electrical engineering or physics courses such as electricity and magnetism and applied mathematics.