By Oleksiy Shulika, Igor Sukhoivanov
The publication offers a mix of utilized and basic study reflecting a number of subject matters in laser physics and applications
It provides either the review-type contributions and good researched and documented case experiences, and is meant for graduate scholars, younger scientist, and emeritus scientist working/studying in laser physics, optoelectronics, optics, photonics, and adjoining areas
The publication includes either experimental and theoretical reviews, in addition to their combos of those two
Contains over a hundred thirty illustrations
Read or Download Advanced Lasers: Laser Physics and Technology for Applied and Fundamental Science PDF
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Extra resources for Advanced Lasers: Laser Physics and Technology for Applied and Fundamental Science
8 represents time evolution of the field after packet of N = 20 disturbing pulses. Black line shows the field evolution in undisturbed resonator. 98 4 0 x 10 10 20 10 20 30 40 50 30 40 50 -4 3 2 1 0 0 N Fig. 631 46 N. 465 x 10 4 Fig. 63, n2 = n1 + Δn, observation point is located near the rim. It is seen that such kind of modulation leads to variation of the field amplitude preserving spatial field distribution and frequency of the mode. Amplitude alternation can be enhanced by increasing the depth of modulation.
21 400 0 Normalized time (T) 200 400 Fig. 631, T1 = 200) 3 Whispering Gallery Mode Microdisk Resonator with Dynamic Material Properties Fig. 6 Time dependence of the refractive index n(t ) n2 45 ... n1 t1 t 2 t1 + t2 these modes on the interval of media parameters relaxation after packet of N disturbing pulses for different values of t1 . 631. For the same modulation frequency it is possible to observe amplitude growth or decay depending on the ratio t1 /t2 and n1 /n2 . g. ). However we have to stress different vertical scales in Fig.
IEEE Trans. Plasma Sci. 36 (4), 1222–1223 (2008) 25. : Frequency conversion and field pattern rotation in WGM resonator with transient inclusion. Opt. Quant. Electron. 39, 761–771 (2007) 48 N. Sakhnenko 26. , Sakhnenko, N. : Frequency change of partial spherical waves indused by time change of medium permittivity. Opt. Quant. Electron. 41, 327–335 (2009) 27. : Nonstationary electromagnetics. Pan Stanford Publishing, Singapore (2012) 28. R. Velocity modulation of electromagnetic waves. IRE Trans.