Lasers and Current Optical Techniques in Biology: Comprehensive Series in Photochemistry and Photobiology, Volume 4

By Riccardo Pratesi

List of Tables

Chapter 1: Gas State Lasers

Table 1: Examples of some of the most common gas lasers
Table 2: Wavelengths and output powers of commercial argon ion lasers (Coherent Inc.)
Table 3: Wavelengths and output powers of commercial krypton ion lasers (Coherent Inc.)
Table 4: Wavelengths available from a commercial ring laser with dye or titanium-sapphire pumped by an argon ion laser (Coherent model 899); [B/L;G-both blue and green argon ion laser pump wavelengths]
Table 5: Laser wavelengths for rare gas-halide excimer, F ₂ and N ₂ lasers

Table 1: Typical output characteristics of dye lasers for various pump sources (Modified from Ref. )
Table 2: Ultrashort pulse generation in dye lasers by mode-locking and associated techniques

Table 1: Electron conliguration for the trivalent ions from Ce ³⁺ to Yb ³⁺; the electrons in the incompletely filled 4f state are indicated in bold; these 4f electrons are buried below a filled shell of 5s and 5p electrons similar to the L-shell of neon or the M-shell of argon and thereby strongly protected from external influences
Table 2: Electron quantum numbers and resulting ground states of the trivalent rare earths
Table 3: Maximum phonon energies of some laser hosts
Table 4: Some transition metal lasers and their emission wavelengths

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