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This book has grown out of a collaboration of the authors in a sophomore course in physics at Yale University, a course which a aimed to equip engineering students and majors in the natural sciences with sufficient basic knowledge of physics to serve as a foundation for further work in the various exact sciences and technologies. (AR)
The purpose of this book is to introduce the reader to the study of the physical properties of crystalline solids. Chapters 9 through 20 deal with the electronic properties of solids and require familiarity with the elements of wave mechanics, although in a number of chapters no explicit use of wave mechanics is made.
This text is an experimentalist's approach to the understanding of nuclear phenomena. In the early chapters, attention is given to several fundamental concepts. The physical aspects receive emphasis in the main text, while the corresponding mathematical details are treated more fully in appendices. Problems are offered for solution at the end of many sections, and reference tables of many of th…
The study of atomic structure is among the most important topics in modern physics, and in this age of nuclear fission and fusion the atomic nucleus has top priority as an object of intensive investigation and experimental research. This modern survey, originally published in 1958, presents all the available important facts about the nuclei of atoms in an unusually readable text. After a cle…
This book discusses theoretical physics. The topics covered include mechanics, electrodynamics, quantum mechanics, and statistical physics
This book is a textbook for students in particular quiet radiation physics. This fourth edition has undergone changes according to the current era. The essence of physics for radiographers is a fairly comprehensive book with an easy-to-understand approach for students. The subject consists of 23 chapters including general physics, electricity, atomic structure, electromagnetics, x-rays, radioac…
This book is a textbook for students in particular quiet radiation physics. This fourth edition has undergone changes according to the current era. The essence of physics for radiographers is a fairly comprehensive book with an easy-to-understand approach for students. The subject consists of 23 chapters including general physics, electricity, atomic structure, electromagnetics, x-rays, radioac…
Proceedings contains material Inertial Confinement (Session B); Technology and reactor concepts (Session H); Fundamental processes and new trends (Session I); and then Summaries (Session L). (Jml)
This book deals specifically with the interaction of radiation with matter. Specifically divided into four chapters. The subject covers basic knowledge of radiation, atoms, radioactivity, x-rays, interactions of electrons and photons, and is also accompanied by questions and problems. This textbook can be read by students of engineering physics, nuclear medicine, and nuclear engineering and eve…