Mathematical Methods for Physics : 45th anniversary edition (Paperback, 2 ed)

Part I Homogeneous Boundary Value Problems and Special Functions 1. The Partial Differential Equations of Mathematical Physics 2. Separation of Variables and Ordinary Differential Equations 3. Spherical Harmonics and Applications 4. Bessel Functions and Applications 5. Normal Mode Eigenvalue Problems 6. Spherical Bessel Functions and Applications Part II?Inhomogeneous Problems, Green’s Functions, and Integral Equations?7.?Dielectric and Magnetic Media 8. Green's Functions: Part One 9. Green’s Functions: Part Two 10.?Integral Equations?Part III?Complex Variable Techniques?11.?Complex Variables; Basic Theory 12.?Evaluation of Integrals 13.?Dispersion Relations 14.?Special Functions 15.?Integral Transforms in the Complex Plane