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 Brought back into print at the urging of teachers, students, librarians, and professionals, Dover Phoenix Editions are important works in the fields of mathematics, science, and engineering. Each sturdy hardcover volume features sewn bindings and laminated covers and are priced well below comparable editions from other science publishers.
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Recommendations... Hill's Equation
by Wilhelm Magnus, Stanley Winkler
This two-part treatment explains basic theory and details, including oscillatory solutions, intervals of stability and instability, discriminants, and coexistence. Particular attention to stability problems and coexistence of periodic solutions. 1966 edition.
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Products in Dover Phoenix Editions | | |  | The Absolute Differential Calculus: Calculus of Tensors
by Tullio Levi-Civita
This classic was written by a founder in the field, offering a clear, detailed exposition that examines introductory theories, the fundamental quadratic form and absolute differential calculus, and physical applications. 1926 edition.
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| |  | The Algebra of Logic
by Louis Couturat
In an admirably succinct form, this volume offers a historical view of the development of the calculus of logic, illustrating its beauty, symmetry, and simplicity from an algebraic perspective. 1914 edition.
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|  | The Analytical Theory of Heat
by Joseph Fourier
Landmark publication that first showed how any discontinuous function could be represented by a trigonometric series and advanced many other concepts of modern mathematical physics, in unabridged 1878 Freeman translation
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|  | Brownian Movement and Molecular Reality
by Jean Perrin, F. Soddy
Written by a Nobel Laureate, this classic treatise on molecular dynamics discusses the experimental studies that provided some of the first concrete evidence for the existence of molecules. 1910 edition.
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|  | Combinatory Analysis
by Percy A. MacMahon
Account of combinatory analysis theorems shows their connections and unites them as parts of a general doctrine. Topics include symmetric functions, theory of number compositions, more. 1915, 1916, and 1920 editions.
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| | | |  | De Natura Fossilium (Textbook of Mineralogy)
by Georgius Agricola
This 1546 publication remains a landmark in geology, with unprecedented classifications by physical property and locality, simple standardized naming system, summaries of earlier studies, and employment of observation and personal experience.
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| |  | Euclid and His Modern Rivals
by Lewis Carroll
The author of Alice in Wonderland employs the fanciful format of a play set in Hell to take a penetrating and witty look at late-19th-century interpretations of Euclidean geometry. 1885 edition.
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|  | The General Theory of Dirichlet's Series
by G. H. Hardy, Marcel Riesz
This classic work by two distinguished mathematicians explains theory and formulas behind Dirichlet's series and offers first systematic account of Riesz's theory of summation of series by typical means. 1915 edition.
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| | Hill's Equation
by Wilhelm Magnus, Stanley Winkler
This two-part treatment explains basic theory and details, including oscillatory solutions, intervals of stability and instability, discriminants, and coexistence. Particular attention to stability problems and coexistence of periodic solutions. 1966 edition.
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|  | The Hindu-Arabic Numerals
by David Eugene Smith, Louis Charles Karpinski
Concise history of the origin and development of Hindu-Arabic numerals recounts international labors of scholars, assesses the historical testimony, and draws conclusions from the evidence. 1911 edition.
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|  | A History of Geometrical Methods
by Julian Lowell Coolidge
Full, authoritative history of the techniques for dealing with geometric equations covers development of projective geometry from ancient to modern times, explaining the original works. 1940 edition.
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| |  | Information Theory
by Stanford Goldman
Introductory treatment covers information theory of discrete systems, continuous signals, ergodic ensembles, entropy of continuous distributions, modulation and noise reduction, much more. Numerous problems, many with complete solutions. 1953 edition.
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|  | The Interpretation of Radium
by Frederick Soddy
A Nobel Prize-winning chemist explains the nature of radioactivity and the structure of the atom in nontechnical language in a classic scientific text, appropriate for upper-level undergraduates and graduate students. 1920 ed.
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|  | Introduction to Higher Algebra
by Maxime Bocher
Brief yet comprehensive, this well-known text by an influential teacher offers an unsurpassed presentation of the fundamentals of higher algebra—polynomials, determinants, matrices, and elimination theory—that provides students with a thorough foundation in algebraic principles. 1907 edition.
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