"The book is addressed to students, engineers, physicists and researchers working in the field of applied analysis and fractional calculus. The book is well written and references are provided at the end of each chapter. Both volumes yield a useful and interesting addition to the literature on fractional calculus." (S. L. Kalla, zbMATH 1312.26002, 2015) "The book is a kind of encyclopedia and will be of exceptional value for all researchers engaged in the application of singular integro-differential operators not only in physics and engineering, but also in other sciences such as chemistry, biology, ecology, and geology. ... The book will be useful to engineers and physicists and to specialists in mathematical modelling, theory of probability and statistics, and numerical simulations, as well as to anybody interested in mastering the new mathematical methods and finding more and more applications." (Paulius Miskinis, Mathematical Reviews, November, 2013)

• Physical Basics.- Fractional Derivatives.- Fractional Equations.- Applications.- Mechanics.- Kinetics.- Electrodynamics.- Atomic Physics.- Space Physics.

"The book is addressed to students, engineers, physicists and researchers working in the field of applied analysis and fractional calculus. The book is well written and references are provided at the end of each chapter. Both volumes yield a useful and interesting addition to the literature on fractional calculus." (S. L. Kalla, zbMATH 1312.26002, 2015) "The book is a kind of encyclopedia and will be of exceptional value for all researchers engaged in the application of singular integro-differential operators not only in physics and engineering, but also in other sciences such as chemistry, biology, ecology, and geology. ... The book will be useful to engineers and physicists and to specialists in mathematical modelling, theory of probability and statistics, and numerical simulations, as well as to anybody interested in mastering the new mathematical methods and finding more and more applications." (Paulius Miskinis, Mathematical Reviews, November, 2013)

• Physical Basics.- Fractional Derivatives.- Fractional Equations.- Applications.- Mechanics.- Kinetics.- Electrodynamics.- Atomic Physics.- Space Physics.

"The book is addressed to students, engineers, physicists and researchers working in the field of applied analysis and fractional calculus. The book is well written and references are provided at the end of each chapter. Both volumes yield a useful and interesting addition to the literature on fractional calculus." (S. L. Kalla, zbMATH 1312.26002, 2015) "The book is a kind of encyclopedia and will be of exceptional value for all researchers engaged in the application of singular integro-differential operators not only in physics and engineering, but also in other sciences such as chemistry, biology, ecology, and geology. ... The book will be useful to engineers and physicists and to specialists in mathematical modelling, theory of probability and statistics, and numerical simulations, as well as to anybody interested in mastering the new mathematical methods and finding more and more applications." (Paulius Miskinis, Mathematical Reviews, November, 2013)

• Physical Basics.- Fractional Derivatives.- Fractional Equations.- Applications.- Mechanics.- Kinetics.- Electrodynamics.- Atomic Physics.- Space Physics.