Optical Principles, 7th Edition, Volume 2

Author: Yang
Publisher:
Publish Date: 2006-04-01
Features: This book is a classic and renowned work in the field of optics. Based on Maxwell's macroscopic electromagnetic theory, it systematically elaborates on the propagation of light in various media, including reflection, refraction, polarization, dispersion, interference, diffraction, scattering, as well as optical properties of metals (absorbing media) and crystals (anisotropic media). Geometrical optics is also incorporated as an extreme case (wavelength λ → 0) into the Maxwell equations system, and the aberration problems in optical imaging are discussed from the perspective of diffraction. The new edition adds content such as computerized tomography, broadband optical interference, and light scattering in non-uniform media. The book is rich in citations and covers a wide range of topics, tracing history from ancient times to modern developments and touching on related disciplines and applications. Thus, it provides readers with a broad perspective and ample space for exploration within a single volume. The book consists of fifteen chapters, with the Chinese translation published in two volumes. The first volume includes the "Historical Introduction" and the first eight chapters, primarily covering foundational content; the second volume includes the last seven chapters and appendices, with more advanced material. This book combines fundamental, systematic, and academic qualities, making it suitable for readers and reference, including upper-level undergraduate and graduate students in the field of optics.