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Laser scanning technology is extremely significant in the contemporary fields of engineering and science. Through scanning, a digital replica of the surface of the object is created. Sometimes, multiple scanning can be performed through numerous cameras to achieve all sides of the object under observation. Generally, optical examinations are utilized to explain the abilities of laser scanning technology in the industry and in laboratories. The various topics discussed in the book consist of traffic control, three-dimensional modeling and survey procedure, digitizing heritage monuments, among...

This book discusses several topics associated with different laser systems intended for applications in science and numerous industries. Some of them are latest achievements in laser physics, while others face renewal in industrial applications. The book consists of information regarding various topics like laser beam manipulation, intense pulse propagation phenomena, metrology and laser and terahertz sources which are further diversified into topics like mode-locking, micro-lasers, q-switching, pulse and beam shaping technologies, enhancement methodologies, etc. It will serve as an excellent...

This book elucidates the principles of free electron lasers with the help of valuable information. It talks about the basics and patterns of different free electron laser systems, ranging from infrared to XUV wavelength regimes. Besides discussing and comparing with traditional lasers, matters like near-field and cavity electrodynamics, compact and table-top arrangements and strong radiation induced exotic states of matter have also been assessed. The management and evaluation of such instruments and radiation safety problems have also been described. This book presents a set of research...

This book provides an extensive analysis of lasers and their applications. The book begins with a general analysis of physical phenomena on laser-matter interplay, followed by description of several laser applications in materials evaluation for industry, biological applications (in-vitro fertilization, tissue ablation), nano-particles and thin films production, and long-range detection issues by LIDARs.