2. General Theory of Raman Scattering 2.1. Quantum-mechanical treatment of Raman
scattering 2.1. 1. Spontaneous Raman scattering 2.1. 2. Stimulated Raman scattering 2.1. 3 …

A method of obtaining narrow absorption lines is proposed, based on a simple property of
accelerated beams, which would yield a resolution of a few megahertz at optical …

1. INTRODUCTION The dye laser is the most widely used tunable laser. Its qualities of
continuous tunability, efficient narrowband operation, wide spectral range and simplicity …

Over the past fiie years the use of diode lasers in physics research has expanded rapidly. In
part, this has occurred because the diode laser is a highly monochromatic and tunable light …

The generation, propagation, measurement, and applications of IR and near-mm-
wavelength radiation are discussed from both theoretical and practical perspectives in a …

The applications of stimulated Raman scattering reviewed in this paper include:
determination of spontaneous Raman parameters and nonlinear susceptibilities by gain …

When the laser was invented one and a half decades ago it became obvious at once that
this new device would be a unique light source for many spectroscopic applications …

This chapter describes the application of stimulated Raman scattering as a practical method
for the generation of tunable, coherent radiation. A brief theoretical discussion of the …

The outstanding properties of perovskites have brought them to the forefront of emerging
new materials in photovoltaics, rapidly approaching the performances of already well …

A review is given of the nonlinear optical properties of 20 uniaxial crystals: KDP, DKDP,
ADP, CDA, DCDA, RDA, RDP, LiIO 3, LiNbO 3, Ag 3 AsS 3, Ag 3 SbS 3, AgGaS 2, AgGaSe …