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Introduction and Overview
Relaxation and Critical Dynamics in Spin Glasses
Optical Dephasing in Glasses
5 other sections not shown
absorption ac susceptibility acceptor amorphous antiferromagnetic Basiev beam behavior borate centers Chem configuration coupling critical CuMn curves decay density dipole dipole—dipole discussed disordered systems distribution donor concentration dynamic scaling effects energy transfer equation equilibrium excitation experimental experiments exponent exponential decay ferromagnetic fiber figure fluorescence fractal frequency function homogeneous linewidth Huber increase inhomogeneous broadening ions Ising Ising model kinetic Kopelman lattice Lett linear low temperature luminescence magnetic field MAQ process materials measurements mechanism multipolarity observed optically active parameters pentaphosphate crystals permanent gratings phase transition phonon phosphate glasses Phys power law properties quenching rate random range rare earth rare earth ions refractive index remanent magnetization sample saturation scattering silicate glass simulations Solids spectral spin glasses static stretched exponential studies techniques temperature dependence theoretical theory thermal tunneling systems wavelength Yb3+ ytterbium ytterbium ions