Titlebook: Ion Irradiation of Dielectrics for Photonic Applications; Feng Chen,Hiroshi Amekura,Yuechen Jia Book 2020 The Editor(s) (if applicable) an

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虚度

Overview of Ion Beam Produced Dielectric Waveguides,ials, including glasses, crystals, and ceramics, for waveguide fabrication will be given in Sect. .. Section . describes material modification of dielectrics under processing of ion beam techniques, which is the base for waveguide fabrication. Section . reviews the fabrication techniques of ion beam

OVERT

Photonic Structures Based on Thin Films Produced by Ion Beams,es, high-density single-crystal-based photonic integrated circuits consists of a number of on-chip optical components such as waveguides, micro-cavities, as well as photonic crystal structures can be fabricated. In this chapter, fabrication of crystalline thin films by crystal ion slicing (Sect. .)

废墟

Nanoparticles Synthesized by Ion Implantation,as SiO., are described. In Sect. ., the processes of the NP formation from implanted ions are demonstrated: the neutralization of the implanted ion charges, nucleation and growth of NPs, the nonmetal-metal transition, etc. Section . describes the compound NPs formed by multiple implantations, which

CRAFT

Shape Elongation of Nanoparticles Induced by Swift Heavy Ion Irradiation,high energy ions whose energy loss processes are dominated by electronic friction. To understand the elongation mechanism and the optical properties, Sect. . describes the fundamental phenomena induced by SHI irradiation, including the point defect production, ion track formation, ion-induced compac

Euphonious

Electrooptic Properties of Dielectric Waveguides,n and the electrooptic devices with different designs and functions. Section . summarizes the modified electrooptic coefficients of dielectrics by diverse ion beam techniques. Section . introduces electrooptic modulators based on dielectric waveguides. Sections . and . overview the up-to-date progre

尾巴

Photoluminescence of Dielectric Waveguides,nd the near-infrared luminescence processes realized in ion-implanted/irradiated waveguides based on rare-earth-doped crystals and glasses are summarized in Sects. . and ., respectively. Section . reviews the optical amplifier devices based on ion-implanted/irradiated waveguides.

dilute

Nonlinear Optical Dielectric Waveguides,linear waveguides possess well preserved properties of the bulks and could be utilized for nonlinear optical applications. In this chapter, the ion beam modification of nonlinear optical crystals and the applications of the nonlinear waveguides are introduced. In Sect. ., the nonlinear properties of

恃强凌弱

Lasing Based on Dielectric Waveguides,es applied to achieve solid-state waveguide lasers in ion implanted active waveguides, and introduce the major progress in this area. Section . presents a description of waveguide lasers and reviews the progress on waveguide lasing at near infrared wavelength bands. Section . is devoted to the pulse

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