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Volume fraction d-PS versus depth x for the bilayer film after diffusion for 3600 s at 170 C, D 8 x 10 cm s Adapted with permission from Ref 1984, AlP Publishing LLC.

Volume fraction diagram for 4 sodium dihexyl sulfosuc-cinate, 8 IT A and TCE, with and without xanthan gum polymer.

Volume fraction distribution calculated, assuming homogeneous spheres of constant voluminosity, from electron micrographs of casein micelles from three cows .

Volume fraction f the phase with nonvanishing diquark condensate obtained by a Glendenning construction of a charge-neutral mixed phase. Results are shown for three different formfactors introduced in the text.

Volume fraction filled by hydrocarbon chains,

Volume fraction normalized SANS patterns from two solutions of 35 wax in d-decane at 80 C. The solid line indicates the asymptotic power-law regime observed at low Q, while the dotted line represents the single molecule form factor

Volume fraction of A in an AB diblock copolymer, a, and the concentration . Reprinted with permission from Matsen, M. W. Bates, F. S. J. Chem. Phys. 1997,

Volume fraction of AI2O3 nanoparticles resulting in a relative viscosity ijr of 1000 in dependence of adlayer thickness. Image reproduced from Ref. copyright 2007 American Chemical Society.

Volume fraction of AI2O3 nanoparticles resulting in a relative viscosity of 1000 in dependence of adlayer thickness. Image reproduced from Ref copyright 2007 American Chemical Society.

Volume fraction of cavities as a function oftensile strain, .

Volume fraction of clusters in melts of phenyl benzenes.

Volume fraction of co-existing phases, for rodUke molecules of axial ratio x 100 subject to interactions denoted by the parameter xi The binodial for isotropic phases is on the left that for anisotropic phases is on the right. The minimum of the shallow concave branch of the latter binodial is a critical point marking the emergence of two additional anisotropic phases. The cusp marks a triple point where three phases co-exist. Calculations carried out according to Ref.

Volume fraction of crystalline phases formed during heat treatment of a IS 1 and b IS2 sample

Volume fraction of different variants of ordered domains for increaing compressive stress increasing magnetic field .

Volume fraction of diluent and DVB concentration polystyrene mol.wt. 50,000

Volume fraction of dispersed phase as a function of the overall conversion of epoxide groups in the CO-modified DGEBA-EDA system Reprinted from Polymer, 35, C.C. Ric-cardi, J. Borrajo, R.J.J. Williams, Thermodynamic analysis of phase separation in rubber-modified thermosetting polymers

Volume fraction of fiber

Volume fraction of incorporated polystyrene particles against the volume fraction of suspended particles at j 0.5 kA m 2 and several concentrations of surfactant

Volume fraction of interior polymer segments in solution. PPI dendrimer in methanol, PAMAM dendrimer in methanol, random hyperbran-ched polyol in methanol, and PS dendrigraft in cyclohexane

Volume fraction of microgel versus age of sol during the process of gelling. Calculated from data by Acker .j. .

Volume fraction of p at which phase separation first occurs

Volume fraction of p phase versus strain at a strain rate of ICrVs.

Volume fraction of poly at polymerization equilibrium with tetrahydrofuran. The curves were calculated with 0.3, -12.4 kJ mol, and

Volume fraction of polymer in swollen gel as a function of elastic modulus.

Volume fraction of polystyrene



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