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Titlebook: Biomagnetism; An Interdisciplinary Samuel J. Williamson,Gian-Luca Romani,Ivo Modena Book 1983 Springer Science+Business Media New York 1983

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發(fā)表于 2025-3-21 19:34:11 | 只看該作者 |倒序瀏覽 |閱讀模式
期刊全稱Biomagnetism
期刊簡稱An Interdisciplinary
影響因子2023Samuel J. Williamson,Gian-Luca Romani,Ivo Modena
視頻videohttp://file.papertrans.cn/188/187784/187784.mp4
圖書封面Titlebook: Biomagnetism; An Interdisciplinary Samuel J. Williamson,Gian-Luca Romani,Ivo Modena Book 1983 Springer Science+Business Media New York 1983
影響因子Biomagnetism is the study of magnetic fields that originate in biological systems. This is a relatively new discipline that has attracted considerable interest throughout the scientific commu- ty. The study of biomagnetic fields requires the use of techniques and concepts drawn from widely disparate scientific disciplines. To make these techniques and concepts available to a wide spectrum of the scientific community, a NATO Advanced study Institute on B- magnetism was held near Frascati at Grottaferrata, Italy, in S- tember 1982. This volume is based on the lectures delivered by scholars representing many different scientific areas, ranging from solid state physics to psychology. It attempts to preserve the - herent development of concepts drawn from physiology, psychology, biology, physics, medicine, occupational health and geology that was evident during the Institute. The reader will quickly become aware that the progress in biomagnetism over the past decade was due principally to the efforts of interdisciplinary teams of sci- tists. One of the purposes of this volume is to make all of the basic principles and findings of biomagnetism available in one place, so that scientists w
Pindex Book 1983
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Magnetic Quantities, Units, Materials, and Measurements,inology. Thus we will use the term “magnetic field” as a generic term relating to a particular class of phenomena that exists or is evidenced throughout some region of space. Hence the use of the word “field.” Two of the most-used quantitative attributes of the magnetic field, to be dealt with later
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Cryogenics,d several specific reasons. The general reason is that the sensitivity of sensors of all kinds, including magnetic sensors, are inherently limited by equilibrium thermodynamic fluctuations (commonly called “thermal fluctuations,” or in some contexts “Nyquist noise”) of whatever mechanism is involved
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Detection Coils,ea where there are disturbing fields which are orders of magnitude stronger than those to be detected. Hence, it is necessary not only to use a sufficiently sensitive detector — and SQUIDs are adequate for most tasks — but also to reduce the detected ambient noise below that of the sensor. This goal
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Physical Concepts and Mathematical Models,biomagnetic field may be used to reveal information concerning biological sources. To unlock this information entails a somewhat lengthy chain of reasoning beginning with some careful definitions and proceeding by certain well-established physical laws to calculate the actual magnetic fields produce
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Cardiac Studies,lay a role, such as improved medical services, advances in surgical and medical treatment, improved control of blood pressure, dietary change, and other alterations of life style (Levy and Moskowitz 1982). Certainly, research into the nature and causes of diseases in this classification has returned
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