Min Gu Bücher

Focusing on the principles of confocal scanning microscopy, this book introduces innovative 3-D transfer functions developed by the author and colleagues. It offers a systematic approach to understanding these functions, enabling comparison of various optical arrangements and simplifying the analysis of thick objects through Fourier transforms. The text aims to provide insights into the methodology of 3-D confocal imaging, making it a valuable resource for applications in biological studies and industrial inspection.

Focusing on advancements in optical microscopy since the advent of lasers, this book delves into new imaging theories, including 3D microscopy and ultrashort-pulse beam imaging. It features seven well-structured chapters that minimize cross-referencing while comparing new theories with classical ones. Aimed at senior undergraduates in optoelectronics, optical engineering, and related fields, it also serves as a valuable reference for scientists interested in modern optical techniques and their applications.