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Rheo-optical properties

The mechanical and rheo-optical properties of Kraton 101 have been studied by Stein136) using films cast from methylethyl ketone and from toluene solutions. The stress-strain curves, birefringence-strain curve, stress relaxation, birefringence relaxation, and dynamic mechanical spectra are dependent upon the morphology of the copolymer which in turn is dependent upon the conditions of preparations of the samples. [Pg.125]

Wilkes, G. lu, Stein, R. S. Effect of morphology on the mechanical and rheo-optical properties of a styrene-butadiene-styrene block copolymer. J. Polymer Sci. A-2,7,1525 (1969). [Pg.135]

Rheo-optical properties of copolymers. Thesis, Univ. of Mass. 1969. [Pg.136]

The Influence of Water Concentration on the Mechanical and Rheo-Optical Properties of Poly(methyl methacrylate)... [Pg.555]

MOORE AND FLICK Rheo-Optical Properties of PMMA 557... [Pg.557]

MOORE AND FLICK Rheo—Optical Properties of PMMA... [Pg.561]

TENSILE AND RHEO-OPTICAL PROPERTIES 9.3.1 Principles for Rheo-Optical Characterization... [Pg.241]

Moore, R.S. and J.R. Flick, The Influence of Water Concentration on the Mechanical and Rheo-Optical Properties on Poly(methyl medtacrylate), in Water in Polymers, S.P. Rowland, Editor. 1980, American Chemical Society Washington, D. C. p. 555-570. [Pg.171]

Kawaguchi, M. Kubota, K., Rheo-Optical Properties of Silicone Oil Emulsions in the Presence of Polymer Emulsifiers. Langmuir 2004, 20,1126-1129. [Pg.110]

J.M. Pochan, "A Structural Interpretation of the Rheo-optic Properties of the Cholesteric Mesophase," in Liquid Crystals, F.D. Saeva, Ed. Marcel-Oekker,... [Pg.24]

Summary of time evolution of rheo-optical properties under steady-state shear and step-up shear... [Pg.749]

Figure 19 Steady-state rheo-optical properties as a function of shear rate y (a) viscosity r/, birefringence An, and form optical dichroism An" (b) integrated SALS intensities aiong the x-axis ( ) and the z-axis (X) normalized by the integrated intensity in the quiescent solution i(j> = 0) (c) contour piots of the SALS patterns (d) an OM image showing the string structures. The Cartesian coordinate is common to (c) and (d). Figure 19 Steady-state rheo-optical properties as a function of shear rate y (a) viscosity r/, birefringence An, and form optical dichroism An" (b) integrated SALS intensities aiong the x-axis ( ) and the z-axis (X) normalized by the integrated intensity in the quiescent solution i(j> = 0) (c) contour piots of the SALS patterns (d) an OM image showing the string structures. The Cartesian coordinate is common to (c) and (d).
Figures 22 and 23 show time evolutions of various transient rheo-optical properties, which are simultaneously measiued in situ and at real time, for the UHMWPE200/paTafBn 5.0wt.% solution after a step-up shear from y = 0 to 2.9 s" at 124°C,... Figures 22 and 23 show time evolutions of various transient rheo-optical properties, which are simultaneously measiued in situ and at real time, for the UHMWPE200/paTafBn 5.0wt.% solution after a step-up shear from y = 0 to 2.9 s" at 124°C,...
Let us compare the evolution of the rheo-optical properties observed for UHMWPS in DOF under steady-state shear (Figures 17-19), or UHMWPS/DOP under step-up shear, and for UHMWPE/paraSin (Figures 22 and 23) under the step-up shear fromy = 0 toy discussed in Section 2.30.2.5.3. [Pg.768]

See other pages where Rheo-optical properties is mentioned: [Pg.555]    [Pg.562]    [Pg.400]    [Pg.633]    [Pg.634]    [Pg.635]    [Pg.636]    [Pg.637]    [Pg.638]    [Pg.638]    [Pg.639]    [Pg.640]    [Pg.642]   


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Rheo-optic

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