Synchrotron radiation. Methods of studying the structure of substances

What is synchrotron radiation (s), how is it obtained and what unique properties has? What is new compared to X-rays from x-rays can give X-rays from SO sources to study the atomic structure of substances? What generators C are currently currently and which may appear in the near future, where they can be found and what are their main characteristics? What is the difference between X-ray diffraction and x-ray experiments on the C from measurements on the laboratory sources of X-rays and which special devices are required and already exist for such experiments? What X-ray diffraction and spectral measurements of steel are possible recently only due to the appearance of available C and how to conduct them, and also what is fundamentally new can be learn about the substance from the results of these measurements? This is what is told in the six chapters of this book.
Associated by the classical university education as a textbook for senior students, students in the specialty 020101 (011000) - chemistry