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Dispersion characteristics of nanocomposites

Dispersion classification of carbon blacks in plastics.

Dispersion coefficient D as function of different stopped flow periods. As can be seen, D is practically independent of the residence time T during which the carrier stream is stopped. Curve a was recorded with continuous flow curves by Cy and d were re-cordered with intermittent flow, where the injection was followed by a delay period of 5.5 s during which the carrier stream transported the sample zone into the coil between injector and detector, after which a stop period of 10, 20, and 30 s followed, during which the zone was held, and then pumping was resumed, thus carrying the dispersed zone through the detector for recording of the peak .

Dispersion coefficient in terms of the screening parameter X for the interaction between Ps and He atoms in their ground states. Reprinted with permission from 2008, Elsevier

Dispersion coefficient versus injected volume inflow injection analysis using a stirred-flow cell.

Dispersion coefficients for Pasquili-Gifford plume model for rural releases.

Dispersion coefficients for Pasquill-Gifford plume model for urban releases.

Dispersion coefficients, y direction.

Dispersion coefficients, z direction.

Dispersion creation and phase contacting in a dispersion-based membrane contactor.

Dispersion curve for a surface electromagnetic wave on a gold vacuum

Dispersion curve for an acrylic cast sheet .

Dispersion curve for cavity polariton and coupling coefficients 406

Dispersion curve for periodic pulse trains at different levels of excitability in absence of noise. Decreasing po from relatively large values, normal dispersion is replaced first by oscillatory and finally bLstable dispersion .

Dispersion curve for the direction. Experiment from .

Dispersion curve for the iior direction. Experiment from .

Dispersion curve for the longitudinal and transverse inodes of the diatomic molecule.

Dispersion curve for the longitudinal vibrations of a diatomic chain.

Dispersion curve for unidimensional diatomic chain. The ratio of the masses is Mhn 5. Note that a is the interatomic distance while the lattice periodicity is 2a.

Dispersion curve for UTe along the 9j

Dispersion curve of a surface phonon poiariton at a crystai-vacuum interface caicuiated for eg 9 and e o 2. The inciined straight iine corresponds to the dispersion of iight propagating in vacuum parai-iel to the crystai surface. The two horizontai fines show the frequencies

Dispersion curve of LiNb03 for the polariton associated with the At phonon at 248 cm 1. Experimentally observed stimulated Raman scattering

Dispersion curve of the magnetic circular dichroism D for paramagnetic EuSe films on fused quartz in an applied magnetic field of 11.5 kOe.

Dispersion curve vs. cladding index for SPP-configuration at X 0.6 im, substrate s 1.45, waveguide thickness 4 rm, An 0.01, buffer index 1.40, buffer thickness O.Spm, Au thickness 50nm.

Dispersion curve w for Borman-Karman model.



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