Andere Kunden interessierten sich auch für
![Stokes Vector Based SHG Microscopy]( "Stokes Vector Based SHG Microscopy")
Stokes Vector Based SHG Microscopy26,99 €![Broadband optical quantum memory]( "Broadband optical quantum memory")
Broadband optical quantum memory51,99 €![Source of the hot Universe]( "Source of the hot Universe")
Source of the hot Universe30,99 €![Investigation of a 14.5 GHz ECR Ion Source]( "Investigation of a 14.5 GHz ECR Ion Source")
Investigation of a 14.5 GHz ECR Ion Source32,99 €![High-Harmonic Generation for Coherent Diffractive Imaging]( "High-Harmonic Generation for Coherent Diffractive Imaging")
High-Harmonic Generation for Coherent Diffractive Imaging51,99 €![Generation and Application of Coherent Extreme Ultraviolet Radiation]( "Generation and Application of Coherent Extreme Ultraviolet Radiation")
Generation and Application of Coherent Extreme Ultraviolet Radiation22,99 €![Light Detection and Ranging Using NIR (810 nm) Laser source]( "Light Detection and Ranging Using NIR (810 nm) Laser source")
Light Detection and Ranging Using NIR (810 nm) Laser source36,99 €
The central theme of research in this monograph is the development of a laser light source for use in a type of nonlinear spectroscopy termed "Coherent Anti-Stokes Raman Scattering" or CARS. CARS is a method of achieving resonantly enhanced signals from a sample that is specific to the molecular nature of a substance. It requires two coherent laser beams of sufficient intensity to drive the process. In this work, a broadband source is constructed and characterized to investigate the CARS process. Frequency conversion by means of high power lasers in optical fibers are explored to provide broadband tunability. Using this source, the different characteristics of the CARS process for three different molecules are presented. The results obtained are used to develop further novel all-fiber optic sources for the purpose of CARS.