Optical principles and tenchologhy for engineers by Stewart, James E.

Subjects: “…Geometrical optics.…”

Introduction to nonimaging optics by Chaves, Julio

Table of Contents: “…Section I: Nonimaging Optics; -- 1: Why Use Nonimaging Optics; -- 2: Fundamental Concepts; -- 3: Design of Two-Dimensional Concentrators; -- 4: Étendue and the Winston-Welford Design Method; -- 5: Vector Flux; -- 6: Combination of Primaries with Flow-Line Secondaries; -- 7: Stepped Flow-Line Nonimaging Optics; -- 8: Luminaires; -- 9: Miñano-Benitez Design Method (Simultaneous Multiple Surface) -- 10: Wavefronts for Prescribed Output -- 11: Infinitesimal Étendue Optics; -- 12: Köhler Optics and Color-Mixing; -- 13: The Miñano Design Method Using Poisson Brackets; -- Section II: Geometrical Optics; -- 14: Lagrangian and Hamiltonian Geometrical Optics; -- 15: Rays and Wavefronts; -- 16: Reflection and Refraction; -- 17: Symmetry; -- 18: Étendue in Phase Space; -- 19: Classical Mechanics and Geometrical Optics; -- 20: Radiometry, Photometry, and Radiation Heat Transfer; -- 21: Plane Curves…”

Optical systems engineering by Kasunic, Keith

Table of Contents: “…Introduction -- Chapter 2. Geometrical Optics -- Chapter 3. Aberrations and Image Quality -- Chapter 4. …”

Fundamentals of physics questions & solutions by Intan Syaffinazzilla Zaine, Noorezal Atfyinna Mohd Napiah, Noor Fadhilah Muhamad Sahapini

Table of Contents: “…Electrostatics -- Capacitors -- Electric Current and Direct Current Circuit -- Magnetism -- Electromagnetic Induction -- Alternating Current -- Electromagnetic Waves -- Geometrical Optics -- Physical Optics…”

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

Table of Contents: “…Introduction: the optical nature of a charged particle beam -- 2. Geometrical optics -- 3. Wave optics -- 4. Particle scattering -- 5. …”

Physics for Matriculation by Poh, Liong Yong

Table of Contents: “…Electrostatics -- Capacitors and Dielectrics -- Electric Current and Direct-Current Circuits -- Magnetic Field -- Electromagnetic Induction -- Alternating Current -- Geometrical Optics -- Physical Optics -- Quantisation of Light -- Wave Properties of Particles -- Nucleus -- Nuclear Reaction -- Radioactivity…”

Fundamentals of applied electromagnetics by Ulaby, Fawwaz T. (Fawwaz Tayssir)

Table of Contents: “…Preface -- Introduction: Waves and Phasors -- Transmission Lines -- Vector Analysis -- Electrostatics -- Magnetostatics -- Maxwell's Equations for Time-Varying Fields -- Plane-Wave Propagation -- Wave Reflection and Transmission, and Geometric Optics -- tRadiation and Antennas -- Satellite Communication Systems and Radar Sensors -- App. …”

Physics by Cutnell, John D., Johnson, Kenneth W.

Table of Contents: “…Introduction -- One-dimensional kinematics -- Two-dimensional kinematics -- Newton's laws of motion -- Uniform circular motion -- Work -- Momentum -- Rotation I -- Rotation II -- Harmonic motion -- Fluids -- Heat and temperature -- Heat transfer -- Kinetic theory and the ideal gas law -- Thermodynamics -- Sound -- Linear superposition and interference -- Electric fields and electric forces -- Electric potential energy -- Circuits -- Magnetism -- Induction -- AC circuit -- Electromagnetic waves -- Geometrical optics -- Optical instruments -- Physical optics -- Relativity -- Waves and particles -- Atomic physics -- Nuclear physics -- Nuclear energy, ionizing radiation, and elementary particles…”

Physics by Walker, James S. 1950-

Table of Contents: “…Introduction to physics -- One-dimensional kinematics -- Vectors in physics -- Two-dimensional kinematics -- Newton's laws of motion -- Applications of Newton's laws -- Work and kinetic energy -- Potential energy and conservation of energy -- Linear momentum and collisions -- Rotational kinematics and energy -- Rotational dynamics and static equilibrium -- Gravity -- Oscillations about equilibrium -- Waves and sound -- Fluids -- Temperature and heat -- Phases and phase changes -- The laws of thermodynamics -- Electric charges, forces, and fields -- Electric potential and electric potential energy -- Electric current and direct-current circuits -- Magnetism -- Magnetic flux and Faraday's law of induction -- Alternating-current circuits -- Electromagnetic waves -- Geometrical optics -- Optical instruments -- Physical optics: interference and diffraction -- Relativity -- Quantum physics -- Atomic physics -- Nuclear physics and nuclear radiation…”

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…”