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Summary of the Properties of Activated Laser Crystals
In Table 5.1, laser crystals are divided into five groups. The classification is based on the crystal-chemical principle first suggested and applied...
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Brief Review of the Development of Laser Crystal Physics
Quantum electronics has developed from the concept of stimulated emission introduced by Einstein [1]. Yet it did not become a field of scientific...
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Spectral and Laser Characteristics of Activated Crystals
An impurity ion doped into a crystalline matrix has its own characteristic system of discrete (Stark) energy levels which serves to connect...
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TheB 2Σ-X 2Σ system of the CaF molecule
The spectrum of the B 2 Σ- X 2 Σ system of the CaF molecule has been photographed in the second order of a 10.6 m concave grating spectrograph with 0.33...
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Coherent Anti-Stokes Raman Spectroscopy
The development and application of Raman spectroscopy has followed closely the development of excitation sources of increased brightness and power....
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The Photon Detection Process
As with other types of sensory devices, optical and infrared detectors are capable of being classified as to their operating mode. Their performance...
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A Review of Techniques for Measuring Small Optical Losses in Infrared Transmitting Materials
We review some recent developments in techniques for measuring small absorption coefficients in the infrared spectral region. This paper considers...
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Room-temperature induced emission of neodymium-doped SrF2·LaF3 crystals
Absorption spectra and stimulated emission are reported for SrF 2 ·LaF 3 (Nd 3+ ) crystals. A term scheme is compared with the observed induced transition.
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