Solar ion implanted glass

4 FAQs about [Solar ion implanted glass]

Can ion implantation and laser annealing be used in silicon photonics?

Although ion implantation and localised laser annealing represent very accurate procedures for trimming resonant wavelengths and do not require any additional fabrication steps for electrical heaters fabrication, electrical annealing is popular and is expected to become mainstream in silicon photonics.

What is the ion implantation process?

The ion implantation process was carried out at the Ion Beam Centre at the University of Surrey. An ion energy value of 130 keV and a dose of 1 × 10 15 ions/cm 2 were used in order to efficiently implant Ge into silicon and create deeper implantation in the silicon waveguides, based on our previous studies . 2.2. Annealing

Can silicon ion implantation and annealing be used for ring resonators?

In addition, Ge ion implantation and annealing are also demonstrated to enable post-fabrication trimming of ring resonators and Mach–Zehnder interferometers and to implement nonvolatile programmable photonic circuits. 1. Introduction Silicon photonics is currently a commercially established and yet fast-growing technology for communication systems.

Can ion implantation reduce extinction ratio and resonant wavelength of optical filters?

Therefore, by utilising ion implantation technology and localised annealing, it is possible to induce localised refractive index changes and, therefore, trim the extinction ratio and resonant wavelength of fabricated optical filters.

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Germanium (Ge) ion implantation into silicon waveguides will induce lattice defects in the silicon, which can eventually change the crystal silicon into amorphous silicon and …

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Germanium (Ge) ion implantation into silicon waveguides will induce lattice defects in the silicon, which can eventually change the …

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This AR enhancement makes ion-implanted glass ideal for display panels, solar panels, and optical applications requiring superior light transmission. …

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