Field Guide to Lasers (SPIE Field Guide Vol. FG12) by Rudiger Paschotta

By Rudiger Paschotta

This consultant presents an summary at the crucial different types of lasers and their key houses in addition to an advent into crucial actual and technological facets of lasers. except describing the elemental ideas (such as motivated emission and the houses of optical resonators), this consultant discusses the varied vital homes of laser crystals, the effect of thermal results on laser functionality, tools of wavelength tuning and pulse iteration, and laser noise. Practitioners also will achieve beneficial perception from feedback on laser defense and acquire new principles approximately find out how to make the laser improvement strategy extra efficient.

Contents

- thesaurus of Symbols
- uncomplicated rules of Lasers
- Laser Beams
- Optical Resonators
- Waveguides
- Semiconductor Lasers
- Solid-State Bulk Lasers
- Fiber and Waveguide Lasers
- Dye Lasers
- fuel Lasers
- different varieties of Lasers
- Narrow-Linewidth Operation
- Tunable Lasers
- Q Switching
- achieve Switching
- Mode Locking
- hollow space Dumping
- Nonlinear Frequency Conversion
- Laser Noise
- Laser protection
- layout and improvement
- Bibliography
- Index

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Extra resources for Field Guide to Lasers (SPIE Field Guide Vol. FG12)

Example text

Another type of resonator uses a scraper mirror that sends some of the circulating light to the output. Variations of that scheme are applied to certain slab lasers, where the scraping is done on one side only. , a Gaussian reflectivity mirror). , apart from the compactness and required parts. Therefore, resonator design is a very important part of laser development (see p. 126). , beam radii in optical components) of a given design and (with some mathematical extension) the alignment sensitivity as well, the difficult task is to find a resonator design possessing the targeted properties.

The figure shows the power in a resonator when the optical frequency is scanned through two subsequent axial resonances, and the profile of the input beam matches that of the fundamental modes. The full width at half maximum of such resonances is called the resonator bandwidth. It is proportional to the corresponding mode’s rate of power losses (without incident light). A small bandwidth can result from low losses per round trip and/or from a long resonator length, such as long roundtrip time. The finesse of a resonator is the axial mode spacing divided by the resonance bandwidth.

Some Cr3+-doped lasers rival Ti3+:sapphire lasers; they can be diode-pumped but have a smaller gain bandwidth and are more limited in terms of output power. The relatively new Cr2+-doped lasers have very broad wavelength tuning ranges in the midinfrared region. More exotic ions for lasers are cobalt (Co2+), nickel (Ni2+), and iron (Fe2+). Compared with rare-earth-doped media, transition-metaldoped laser media typically have a larger gain bandwidth. This results from the stronger interaction between the laser-active electron shells and the vibrations of the host lattice.

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