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Summary of basic experimental facts in atomic diffusion
Statement of the problem in the nanoscopic electronaffec
4 other sections not shown
activation energy AE Anup-An Arrhenius Arrhenius equation atomic and electronic atomic diffusion atomic displacements atomic oscillations calculated carriers causal CEF equation compensation effect considered diffusing atoms diffusion coefficient diffusion in solids diffusion parameters diffusion-melting correlations downward electron transitions dynamic dynamic arrays electron hole electron-affected electron-related electron-related theory energy barriers energy fluxes entropy equilibrium experimental data experimental facts finite fluctuating atoms fluctuational heatings FP vicinity Hamiltonian Hg Cd HgCdTe hyperthermal impurity diffusion interaction kinetic theory lattice LTADs many-body theory metals molecular dynamic motion nanometer material regions nanometer vicinity nanoscopic picosecond non-equilibrium observed oscillations particles phase space phonons pre-exponential factor prefactors rate processes retarded self-diffusion semiconductors simultaneously occurring single SLEFs SLEF formation SLEF peak SLEF relaxation SLEF-based kinetic SLEF-generated SLEF-induced diffusion events SLEFs and diffusion SLEFs and SLEF-induced SODEs stochastic take into account temperature theory of atomic thermal energy tions TPDDs transient upward electron transitions values