Light scattering by nonspherical particles theory, measurements, and applications

Polarized light fundamentals and applications by Collett, Edward

Charged particle optics theory an introduction by Groves, Timothy R.

Sinusoids theory and technological applications by Kythe, Prem K.

UNDERSTANDING TERRORISM CONCEPTS, THEORIES, AND CAUSES by Esmailzadeh, Yaser

Physics for engineering applications by Puri, Sanjiv

Table of Contents: “…Forced Oscillations -- 4. Ultrasonic Waves -- Section II: Optics -- 5. Interference of Light -- 6. …”

Halliday / Resnick fundamentals of physics by Halliday, David 1916-2010, Resnick, Robert 1923-, Walker, Jearl 1945-

Table of Contents: “…Measuring -- Straight line motion -- Vector quantities -- Two- and three-dimensional motion -- Newton's laws of motion -- Friction, drag, and centripetal force -- Work-kinetic energy theorem -- Conservation of energy -- Center of mass and momentum -- Rotational motion I -- Rotational motion II -- Equilibrium, indeterminate strcutures -- Newtonian gravitation -- Fluid statics and dynamics -- Simple harmonic motion -- Transverse waves -- Longitudinal waves -- First law of thermodynamics -- Kinetic theory -- Second law of thermodynamics -- Coulomb's law -- Finding the electric field I -- Finding the electric field II -- Finding the electric potential -- Capacitors and capacitance -- Ohm's law -- Circuit theory -- Magnetic force -- Current-produced magnetic fields -- Inductance -- Alternating fields and current -- Maxwell's equations, models of magnetism -- Nature of electromagnetic waves -- Geometric optics -- Optical interference -- Optical diffraction -- Special relativity -- Light quanta, matter waves -- Matter-waves traps -- Atoms, x rays, and lasers -- Electrical properties of materials -- Nuclear reactions -- Energy from nuclear reactions -- Fundamental particles, cosmology…”

Numerical methods in electromagnetic fields by Subbarao, V