Titlebook: Advanced Photonics with Second-Order Optically Nonlinear Processes; A. D. Boardman,L. Pavlov,S. Tanev Book 1998 Springer Science+Business

idiopathic

P. Gerstberger,T. Foken,K. Kalbitzat the same time, still maintain signal integrity. Our purpose is to analytically and numerically detail the soliton parameter regime, inside of which, signal integrity can be maintained. In particular, we are interested to determine how the inter-soliton interaction can be used for . a soliton train.

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轉(zhuǎn)折點(diǎn)

achlorhydria

拱形大橋

Rauf V. Galiulin,Vladimir N. Bashkinn, and self-phase modulation using the second-order cascade effect. Implementation of any second-order nonlinearity generally requires phase-matching, which may be quite difficult to achieve in a solid-state medium lacking linear birefringence. In such cases phase-matching must be engineered into th

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Bernd Schneider,Jens Daniel Müllerfirst documented by John Scott Russell when he reported his observations on non-spreading water waves which consisted of a single “hump” propagating in a canal in Scotland.[.] In the very early days of nonlinear optics, interest was quickly evoked by what were then called “self-focused filaments”, i

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Bernd Schneider,Jens Daniel Müllero account diffraction, dispersion and walk-off effect. Mutual self-focusing and defocusing are examined in the frame of ray optics theory. The formation of half-period parametric solitons due to femtosecond pulse interaction is also presented.

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Anthology

https://doi.org/10.1007/978-3-031-47017-2 SHG processes into type I and type II are well known but the more general vector case has not been studied. Type II SHG is a vector process involving two electric field components at the fundamental frequency and one component at the second-harmonic frequency. It is assumed in the literature that o

Infelicity