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quantum dots in a cavity-quantum electrodynamics laser to show adirect connection between superradiant pulse emission and distinctive changes in the photoncorrelation function. This directly demonstrates the
Section: Sites
diffusional dispersion of gas flows to the geometry of open-cell foams. Here, a spatially resolved Pulsed Field Gradient NMR method is applied to determine dispersion coefficients of thermally polarized
surface. Here, we present highly spatially resolved rate maps that reveal the existence of rhythmic pulses of the material flux from the crystal surface. This observation leads to a change in our understanding
are used to characterize the interactions of the liquids with the pore walls. On the other hand, Pulsed Field Gradient (PFG) measurements can be used to characterize the diffusion behavior of the molecules
Section: FB4
ram - EMG), eye activity (Electrooculogram - EOG) and parameters such as electrodermal activity, pulse and breathing frequency. Subsequently, the basics of measuring, preprocessing, recognition and in
Section: FB3
pore structure and a high activity for total and partial oxidation reactions is considered. PFG NMR (pulsed field gradient nuclear magnetic resonance) measurements allowed here for a quantitative evaluation