2018Unpublished venueRequires access

The Diffraction Grating

Abdul Al-Azzawi

Open publisher page 8 citations

Abstract

A diffraction grating is typically made from a piece of glass or plastic upon which parallel grooves are ruled very close together, many thousands per centimetre. This device reflects or refracts light through an angle that depends on the wavelength. For example, if sunlight falls on a diffraction grating (at the correct angle), then the sunlight will be broken up into its component colours to form a rainbow. This phenomenon is similar to the dispersion of white light through a glass prism. Gratings come in many different types and are used as building blocks in optical fibre devices. Each type has its applications and advantages over the others. Instruments such as wave division multiplexers (WDMs), light spectrum analysers, fibre amplifiers, etc. use diffraction gratings as components.

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What this paper is about

A diffraction grating is typically made from a piece of glass or plastic upon which parallel grooves are ruled very close together, many thousands per centimetre. This device reflects or refracts light through an angle that depends on the wavelength. For example, if sunlight falls on a diffraction grating (at the correct angle), then the sunlight will be broken up into its component colours to form a rainbow. This phenomenon is similar to the dispersion of white light through a glass prism. Gratings come in many different types and are used as building blocks in optical fibre devices. Each type has its applications and advantages over the others. Instruments such as wave division multiplexers (WDMs), light spectrum analysers, fibre amplifiers, etc. use diffraction gratings as components.

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Available abstract

A diffraction grating is typically made from a piece of glass or plastic upon which parallel grooves are ruled very close together, many thousands per centimetre. This device reflects or refracts light through an angle that depends on the wavelength. For example, if sunlight falls on a diffraction grating (at the correct angle), then the sunlight will be broken up into its component colours to form a rainbow. This phenomenon is similar to the dispersion of white light through a glass prism. Gratings come in many different types and are used as building blocks in optical fibre devices. Each type has its applications and advantages over the others. Instruments such as wave division multiplexers (WDMs), light spectrum analysers, fibre amplifiers, etc. use diffraction gratings as components.

Key concepts: Materials science, Grating, Optics, Physics, Optoelectronics

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