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Dispersion of the number of different monomeric units in a fragment of sequence size A for protein-like, random, and random-block copolymers. Adapted from

Dispersion of the number of different monomeric units in a fragment of sequence size X for protein-like, random, and random-block copolymers. Adapted from

Dispersion of the one-dimensional energy band formed by overlap of the s or ptt orbitals of an infinite chain of atoms

Dispersion of the optical constants n and A

Dispersion of the optical constants n and of a film

Dispersion of the proton r, in the nematic phase of MBBA. The solid line is the fit to Eq. 10 where DF denotes the contribution of director fluctuations, SD the contribution of translational self-diffusion, and R the contribution of molecular reorientations about the short axis .

Dispersion of the Rayleigh phonon for the hexagonal HREEL spectra measured in off-specular scattering geometry

Dispersion of the receding water-oil front as a result of the fountain effect. 10 cj HTAB, v 0.5 mm s ,

Dispersion of the resonance peak calculated from Eq. using the

Dispersion of the rise transients induced with an alternating field of increasing frequency .

Dispersion of the TA and LA phonons in the direction of the bcc lattice according to the uniform-background model

Dispersion of the tracer in a plug flow reactor.

Dispersion of the transversal and longitudinal phonon branches .

Dispersion of ultra-fine particles by heating a primary leached particle in electron beam in vacuum

Dispersion of various fiber designs, showing sensitivity to variations in profile parameters. Profiles Si and 2 illustrate wavelength sensitivity to design. Behavior of W type fibers are shown by Wi,W2 and W3. From

Dispersion of various prism materials

Dispersion of Ventodisk or Becodisk contents by breath actuation

Dispersion of visible light by a prism.

Dispersion of waterfowl naturally tagged with P and Zn. .

Dispersion ojPotash alum seeds during growth in a hatch crystallizer

Dispersion plotted against tube diameter. A

Dispersion polymerization in CO2 using a C02-philic stabilizer.

Dispersion polymerization of MMA in CO2 using PDMS macromonomer as a copolymerizable stabilizer .

Dispersion polymerization.

Dispersion Profiles from Different Types of Tube



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