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Presented design professor, Ph.D., Phylonin O.V. in the field of tomography for scientific applications

Here are books, monographs and training manuals in Physics (general physics, quantum mechanics, elected head of theoretical physics, nonlinear optics), computed tomography 

The manual is a systematic course of lectures in physics for students of radio engineering specialties. Contents of lectures corresponds to the standard state program for general physics, however, the emphasis in line with these specialties. In particular, in more detail the issues associated with such sections as electrodynamics, the elements of quantum optics, quantum mechanics, the physics of semiconductors. At the same time preserving the principle of presenting the fundamental course. The textbook is designed for students of radio engineering faculties, and can also be useful for students of instrument-, p - 1024. Ill 183.

Collection is made according to the results of the first national conference on computer tomography was held in Kuibyshev on the basis of Kuai. Items included in the book are devoted to recent advances in computed tomography in the USSR, namely in the collection include articles describing new methods and means of reconstruction, efficient algorithms, methods and diagnostic materials, products. A distinctive feature of the published book is a fairly high availability of the material presented to engineers engaged in practical activities, so this book can be useful for graduate students, undergraduates.

The manual is intended for students of radio engineering specialties and includes key - the nodal formula, the wording of laws, examples of problem solving, a set of tasks for independent work. The material is divided by subject classes for 24 workshops on topics of material is divided into 24 classes, each of which contains a brief theoretical and computational details are given examples of 5 - 10 problems and suggests problems for independent solution of 10 - 15

Developed a set of laboratory work on computed tomography allows students to methods of modeling processes on the computer learn the basic steps in the process of tomography reconstruction such as: Obtaining the projections, the calculation of intermediate results for each projection, the calculation of two-dimensional · Fourier spectrum of each projections, two-dimensional Fourier synthesis · spectrum, in accordance with the theorem on the sections, · calculation of two-dimensional inverse Fourier transform · choice of the convolution kernel, · procedure reverse engineering, · selection of filters for the reconstructed images · study of algorithms of few diagnostics. Collected laboratory work is designed for graduate students in Physics and Mathematics, radio-electronic specialties may also be useful for engineers engaged in the development of new diagnostic systems

The textbook is a course of lectures on quantum physics of semiconductors as applied to radio-profile professions schools. This handbook is somewhat different from well-known textbooks that along with enough volume out the purely theoretical questions, such as the use of Hartre-Fock method for calculating crystal properties of PP, a lot of attention paid to the effects in semiconductors are of practical importance, such as: stimulated emission, magnetoresistive effects, cyclotron resonance, etc.

Items included in the volume are devoted to the latest developments in the theory of computed tomography (HT), new algorithms and applications of friction in the research, in industrial production. Presents the results obtained in solving inverse ill-posed problems of integral geometry, suggested possible directions of development of tomographic systems, a lot of attention paid to work on a few projections tomographic diagnosis. The volume is intended for graduate students, engineers, students in Physics and Mathematics specialties.

The manual is a systematic course of lectures on computer tomography for universities and higher education establishments. This course of lectures detailing and strict enough setting out the main provisions of computed tomography and includes the main provisions of the bases: the important theorems and reconstruction algorithms of various objects, description of physical methods and ways to obtain baseline information for tomographic reconstruction, as well as a description the most common algorithms used in various types of imagers.

Items included in the book are devoted to topical issues and latest developments in computer tomography, as well as new computational methods, algorithms, and applications of the IF for research and problem solving in industrial production. Presents the results obtained in recent years in solving inverse problems in solving differential equations, integral geometry problems, much attention is paid to the methods and algorithms of few Tues reconstruction. The results of applying the methods and means of friction in medicine, research industry. The volume is intended for scientists, engineers and students, physical and mathematical disciplines.

This lecture course is different in detail and strict enough setting out the main provisions of the CT scan. It includes the main provisions of the bases: the important theorems and reconstruction algorithms of various objects, the physical description of the method and ways to obtain baseline information for tomography reconstruction, as well as the most popular algorithms used in various types of imagers. Also describes the most common modern scanners and diagnostic systems such as tomography

The book describes new methods, algorithms and means of few and ultramalorakursnoy tomography diagnosis. Detail the methods of reconstruction of few parameters such as physical objects, high and low-temperature plasma, plasma flow plasma torches. Much attention is paid to methods for studying the structure of composite materials, the identification of these local inhomogeneities, defects, determine the configuration of embedded elements, the study of combustion processes in flames, high temperature gases, etc. Provides detailed descriptions of mathematical reconstruction algorithms for a wide class of problems. Much attention is being paid to the application packages for problems a few reconstruction.

Currently, an electronic version of the textbook on physics includes 64 lectures on the proper physics for students and professionals of radio profile, the elements of semiconductor physics, theoretical physics (52 lectures), the elements of the quantum theory of semiconductors.

As well as various information about the latest scientific achievements, interesting facts and stuff. The amount of information about 700 MB (CD-ROM CD). The individual selection of material. Example lectures look.

A list of the most interesting research papers O. Phylonin on computed tomography, physics, educational publications.

Links for students and postgraduates

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