PHYSICAL BASIS OF LASER TECHNOLOGY
Authors:
Type:
ISBN:
978-5-16-012817-7
ISBN-online:
978-5-16-105864-0
Status:
In work
Language:
Russian, English
Quantity of pages:
160
Publisher:
INFRA-M Academic Publishing LLC.
Keywords:
Laser, optical cavity, pumping, population inversion, coherent optical radiation, physical processes in lasers and their theoretical models, control of laser radiation parameters, free electron lasers.
Abstract (English):
The basic implementation conditions of a population inversion, pumping methods, physical phenomena in the active medium and optical resonator, their influence on the properties of laser light are systematized. The processes in lasers are described, proximities concerning their theoretical models are given and analysis of models is performed. The concepts of nonlinear dynamics in the context of laser physics are determined. For students of physics, radio-electronics, optical technology, radio engineering specialties, postgraduates, professionals who develop new active medium and laser devices and apply laser technology.
The basic implementation conditions of a population inversion, pumping methods, physical phenomena in the active medium and optical resonator, their influence on the properties of laser light are systematized. The processes in lasers are described, proximities concerning their theoretical models are given and analysis of models is performed. The concepts of nonlinear dynamics in the context of laser physics are determined. For students of physics, radio-electronics, optical technology, radio engineering specialties, postgraduates, professionals who develop new active medium and laser devices and apply laser technology.
Keywords:
Laser, optical cavity, pumping, population inversion, coherent optical radiation, physical processes in lasers and their theoretical models, control of laser radiation parameters, free electron lasers.
Laser, optical cavity, pumping, population inversion, coherent optical radiation, physical processes in lasers and their theoretical models, control of laser radiation parameters, free electron lasers.
