2006

Advances in Spectroscopy for Lasers and Sensing

Editors:

ISBN: 978-1-4020-4788-6 (Print) 978-1-4020-4789-3 (Online)

Table of contents (30 chapters)

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  1. Lectures

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      Book Chapter

      Pages 1-18

      Spectroscopy of photonic atoms: a means for ultra-sensitive specific sensing of bio-molecules

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      Pages 19-32

      Laser sources for high resolution sensing

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      Pages 33-62

      Relaxation and decoherence: what's new?

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      Pages 63-72

      Challenges for current spectroscopy: detection of security threats

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      Pages 73-81

      Sources for threat detection

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      Pages 83-102

      Yb3+-doped CaF2 fluoride as an example of our research approach in solid-state laser-type crystals

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      Pages 103-118

      Terahertz sensing and measuring systems

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      Pages 119-127

      Ultrafast spectroscopy of biological systems

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      Book Chapter

      Pages 129-155

      Luminescence spectroscopy of solids: localized systems

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      Book Chapter

      Pages 157-186

      Laser spectrometers for atmospheric analysis

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      Book Chapter

      Pages 187-206

      Sensitive detection techniques in laser spectroscopy

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      Pages 207-227

      Luminescence spectroscopy of solids: delocalized systems

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      Pages 229-254

      Laser induced breakdown spectroscopy (LIBS)

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      Pages 255-276

      Optical spectroscopy of semiconductor quantum structures

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      Pages 277-293

      ZnO rediscovered – once again!?

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      Pages 295-331

      Coherent spectroscopy of semiconductor nanostructures

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      Book Chapter

      Pages 333-333

      Dynamics of upconversion in laser crystals

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      Book Chapter

      Pages 335-350

      Waveguide fabrication methods in dielectric solids

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      Book Chapter

      Pages 351-363

      Spectral properties of films

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      Book Chapter

      Pages 365-402

      Basic physics of semiconductor laser

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