Titlebook: Laser Physics and Technology; Proceedings of the S Pradeep Kumar Gupta,Rajeev Khare Conference proceedings 2015 Springer India 2015 Biomedi

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Semiconductor Lasers: Basics and Technology,is essential to know the basics of their principle of operation, the different kinds of diode lasers, their applications in different systems etc. The present chapter describes mainly the aspect related to basics of laser diodes and their development technology. In Sect.?5.2, the basics of laser dio

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Free Electron Lasers,wavelength ranging from mm waves to X-rays. In recent years, these devices have successfully been operated at THz and hard X-ray wavelengths where conventional sources of radiation are either not available or are not very efficient. This chapter briefly discusses the principle of operation and impor

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Lasing in Random Amplifying Media,egins with a discussion of the factors that bring about and control the diffusion of light in random media. Thereafter, the transport of light through random amplifying media is discussed. This has given rise to many interesting phenomena like the “mirrorless random lasing” and the observation of Lé

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Terahertz Transients: Generation and Applications,iplines of fundamental and applied sciences. In the current research scenario, most of the techniques of generation and detection of electromagnetic THz radiation are based on infrared femtosecond lasers. A rapid growth in THz technology for more than a decade emanates from a parallel development of

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Lasers in Materials Processing,uding materials processing. Different lasers such as CO., Nd:YAG, excimer, copper vapor, diode, fiber lasers, etc., are being used extensively for various materials processing applications like cutting, welding, brazing, surface treatment, peening, and rapid manufacturing by adopting conventional an

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Mukesh P. Joshiperformed on the NEC SX-8 of HLRS in Stuttgart. The Navier-Stokes solver, that is employed in the simulations, is vectorizable and parallellized using the standard Message Passing Interface (MPI) protocol. Compared to the total number of operations, the percentage of vectorizable operations exceeds