[PDF] Design And Development Of An External Cavity Diode Laser For Laser Cooling And Spectroscopy Applications eBook

Author : Cunyun Ye
Publisher : World Scientific
Page : 273 pages
File Size : 13,55 MB
Release : 2004
Category : Science
ISBN : 9812560882

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This is the first book on tunable external cavity semiconductor diode lasers, providing an up-to-date survey on the physics, technology, and performance of widely applicable coherent radiation sources of tunable external cavity diode lasers. The purpose is to provide a thorough account of the state-of-the-art of tunable external cavity diode lasers which is achieved by combining this account with basic concepts of semiconductor diode lasers and its tunability with monolithic structures. The practical and accessible information in this volume will enable the reader to study external cavity diode laser, to build up the systems of external cavity diode laser as well as to develop advanced systems for their particular applications. This book will appeal to undergraduate and graduate students, scientists and engineers alike.

Author : Brian J. Bonnell
Publisher :
Page : 98 pages
File Size : 41,49 MB
Release : 2004
Category : Absorption spectra
ISBN :

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Saturated absorption was investigated in rubidium vapor through the use of an External Cavity Diode Laser. The laser was fabricated using the Littrow configuration for an extended cavity diode laser design from the University of Melbourne. In particular, we examined the spectrum of saturated absorption in the D2 lines of rubidium. Our analysis included the existence of both direct and crossover resonances in the saturated absorption spectrum.

Author : Erdenetsetseg Luvsandamdin
Publisher : Cuvillier Verlag
Page : 128 pages
File Size : 16,55 MB
Release : 2017-03-02
Category : Science
ISBN : 3736984790

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The German Space Agency DLR is supporting a sounding rocket mission that aims to generate a Bose-Einstein-Condensate (BEC) onboard a sounding rocket in 2017. At the time when the research and technical developments described in this thesis were initiated, there were no laser technologies available meeting the requirements regarding compactness and reliability. This work is therefore devoted to developing the required laser technologies that will provide a demonstration of BEC and atomic interferometry in space for the first time ever. This research was carried out as part of the project ”LASUS” which provided the technology development for the sounding rocket mission ”MAIUS”. In the framework of this thesis, concepts were developed to realize micro-integrated extended cavity diode lasers (ECDLs) for rubidium (Rb) and potassium (K) spectroscopy. The ECDL modules contain only non-moveable components that are integrated on a micro-optical bench with footprints of 50 x 10 mm2 and 80 x 25 mm2. They are based on a Littrow configuration with an external cavity length of ~30 mm. The micro-integrated ECDLs provide an output power ≥ 35 mW behind a micro-optical isolator with 30 dB isolation and a short-term (170 µs) FWHM linewidth of significantly less than 100 kHz. The intrinsic linewidth corresponds to only 260 Hz. To qualify the micro-integrated ECDLs for future quantum optics precision experiments in space, vibration tests (8.1 gRMS and 21.4 gRMS) and mechanical shock tests (1500 g) were carried out. No degradation of the electro-optical performance was observed. Moreover, the electro-optical properties of the macroscopic ECDLs were optimized for micro-integrated ECDL modules. Further, distributed feedback diode (DFB) lasers were electro-optically characterized and optimized, again for Rb and K spectroscopy. Rb-DFB lasers provide single mode emission with an output power of more than 180 mW. The K-DFB lasers feature an excellent spectral stability with a short term (10 µs) FWHM linewidth of 320 kHz, and their intrinsic linewidth corresponds to 5 kHz.