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Physics. --- Physics, general.

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Dieses Lehrbuch gibt eine Einführung in die Elektrodynamik, wie sie an der Universität im Zyklus "Theoretische Physik" angeboten wird. Besonderen Wert hat der Autor auf eine gut lesbare, verständliche und überschaubare Darstellung gelegt. Die einzelnen Schritte sind so ausführlich dargestellt, dass der Leser sie ohne größere Schwierigkeiten nachvollziehen kann. Der vorbereitende Teil I stellt die für das Folgende benötigten mathematischen Hilfsmittel in kompakter Form zusammen. Es schließen sich die Behandlung der Elektrostatik (Teil II) und der Magnetostatik (Teil III) an. Dabei werden ausgehend von experimentellen Befunden die Feldgleichungen motiviert und die verschiedenen Methoden zu ihrer Lösung ausführlich diskutiert. Hierauf aufbauend behandelt der Teil IV die Maxwellsche Theorie, die die Kopplung von elektrischen und magnetischen Feldern im zeitabhängigen Fall beschreibt. Der Teil V befasst sich mit Anwendungen wie beispielsweise den Hohlraumwellen, der Strahlung beschleunigter Ladungen, der Streuung von Licht an Elektronen und dem Schwingkreis. Teil VI behandelt die  Maxwellgleichungen in Materie. Fließbachs Lehrbuchreihe (Mechanik (Band I), Elektrodynamik (Band II), Quantenmechanik (Band III), Statistische Physik (Band IV)) wird ergänzt durch das Arbeitsbuch zur Theoretischen Physik von Torsten Fließbach und Hans Walliser, mit kurzen Zusammenfassungen der zentralen Aussagen und Musterlösungen zu den in den Lehrbüchern gestellten Aufgaben.  .

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The volume 'Medical Radiological Physics' is intended to provide the scientific basis of diagnostics and therapy in medical radiology. The present Subvolume A reviews radiation (both ionising and non-ionising) and its biological effects, dosimetry in diagnostic radiology and radiotherapy, as well as in nuclear medical diagnostics and therapy, and, finally, medical radiological protection relevant for patients, personnel and the general public. Not only fundamentals but also basic data pertinent to the topics dealt with have been collected by numerous experts of great international renown.

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Vapor-liquid equilibrium data, heat of mixing (excess enthalpies), and volumetric properties of systems are required for both the applications in design of industrial technological processes and the understanding the structure and the intermolecular interactions in the systems. On the basis of classical thermodynamics the measured experimental data combined together enable us the calculation of non-measurable thermodynamic properties significant for the technological calculations. The present volume is a compilation of experimental and derived property data on subcritical binary homogeneous (single-phase) or heterogeneous (two-phase) liquid–liquid mixtures. All the components are well-defined pure substances, which are organic nonelectrolytes and water. The present volume is divided into three subvolumes (A, B, C). 800 representative data sets that cover all types of properties and chemical systems are selected for Subvolume A. While Subvolume B comprises 1032 data sets for binary mixtures containing one or two hydrocarbons, Subvolume C is providing 1014 data sets for non-hydrocarbon binary mixtures.

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Disordered systems are ubiquitous in nature and their study remains a profound and challenging subject of current research. Ideas and methods from the physics of Disordered systems have been fruitfully applied to several fields ranging from computer science to neuroscience. This book contains a selection of lectures delivered at the 'SERC School on Disordered Systems', spanning topics from classic results to frontier areas of research in this field. Spin glasses, disordered Ising models, quantum disordered systems, structural glasses, dilute magnets, interfaces in random field systems and disordered vortex systems are among the topics discussed in the text, in chapters authored by active researchers in the field, including Bikas Chakrabarti, Arnab Das, Deepak Kumar, Gautam Menon, G. Ravikumar, Purusattam Ray, Srikanth Sastry and Prabodh Shukla. This book provides a gentle and comprehensive introduction to the physics of disordered systems and is aimed at graduate students and young scientists either working in or intending to enter this exciting field. It should also serve as a general reference for students and practicing researchers alike.

Physics. --- Physics, general. --- Natural philosophy --- Philosophy, Natural --- Physical sciences --- Dynamics