Сидоров, Ю. В. ; Федорюк, М. В. ; Шабунин, М. И. Лекции по теории функций комплексного переменного : учебник для студентов инженерно-физических и физико-технических специальностей вузов. Издание второе, переработанное и дополненное.
Москва : Наука, Главная редакция физико-математической литературы, 1982. 488 страниц ; увеличенный формат.
Твердый издательский переплет. Тираж 25 000 экземпляров.
Переплет очень хороший: ткань чистая, тиснение яркое, незначительная потертость на концах корешка. Блок отличный: бумага чистая, шитье крепкое, текст полный.
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Sidorov, Yu. V. ; Fedoryuk, M. V. ; Shabunin, M. I. Lectures on the Theory of Functions of a Complex Variable : a textbook for students of engineering-physics and physical-technical specialties. Second edition, revised and enlarged.
Moscow : Nauka, Main Editorial Board for Physical and Mathematical Literature, 1982. 488 pp. ; increased format.
Hardcover. Print run of 25,000 copies.
Binding very good: cloth clean, gilt lettering bright, light rubbing at the spine ends. Text block fine: paper clean, sewing firm, text complete throughout.
A well-established Soviet university textbook on complex analysis, expanded for its second edition with a new chapter on operational calculus alongside the original treatment of multivalued analytic functions and elementary asymptotic methods, subjects less commonly given such detailed textbook attention. Mikhail Vasilievich Fedoryuk (1934-1990), the best known of the three co-authors, was a leading specialist in asymptotic analysis and the author of the standard Russian monograph on the saddle-point method, cited within this book's own bibliography; his expertise shaped the text's unusually thorough coverage of asymptotic techniques for a course aimed at engineering-physics students. Prepared for the demanding curricula of Soviet technical-physics institutes, the book has remained continuously in print in Russia across further editions into the twenty-first century, making it a standard reference still assigned in university courses on complex analysis today.