Results 191 to 200 of about 2,049,217 (219)
Advanced Materials Technologies, EarlyView.A Hybrid Direct Ink Writing–Digital Light Processing (HDD) strategy decouples material extrusion from shape definition, enabling high‐fidelity additive manufacturing of highly viscous, yield‐stress polymer nanocomposites. Excess ink acts as a removable, self‐supporting scaffold, allowing fabrication of unsupported and embedded complex architectures ...
Shahryar Ramezani Bajgiran +3 more
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Maximum Swelling of the Surface of the Composite Material
Materials Science Forum, 2021This article proposes a method for quantitative assessment of a multilayer material interaction with a solvent. It is proposed to assess the effect of solvents on the material by the value of its surface's maximum swelling. The advantage of this method is that the determined value of the outer layer's maximum surface swelling does not depend on the ...
D.I. Baidakov +2 more
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Swelling of Wood. Part III. Effect of Temperature and Extractives on Rate and Maximum Swelling
hfsg, 1995Summary Wood swelling Rate of wood swelling The swelling of wood in organic liquids at elevated temperatures has been investigated with the use of Activation energy of wood a computerized linear variable displacement transformer (LVDT). Wood swelled extremely fast at high swelling temperatures.
George I. Mantanis +2 more
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Micelle-smectic phase coexistence: Origin of the maximum swelling of a mixed lamellar phase
The European Physical Journal B, 1998We use the water corner of the model ternary system water/DDAB (a cationic double tailed surfactant)/LS (an uncharged single chain glycolipid) to investigate maximum swelling of a charged lamellar phase. The phase diagram is determined by visual observation and small angle neutron scattering.
F. Ricoul +3 more
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The Influence of the Amount of the Surplus Liquid on the Swelling Maximum of Rubber Jellies
Rubber Chemistry and Technology, 1929Abstract It has been shown that the so-called “Bodenkörper” effect is caused in the case of rubber by the rubber itself being present in the outside liquid. Rubber swells to a less extent if the solvent contains some dissolved rubber. This effect is reversible if the swollen jelly is placed into solvent containing rubber. An osmotic assumption
C. M. Blow, P. Stamberger
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Soviet Atomic Energy, 1990
The efficiency of the fuel assemblies of the fast reactors is determined to a large extent by the resistance of the materials of the jackets and the sheaths to radiational swelling and embrittlement. The effect of swelling on the mechanical properties of the 0KhI6NI5M3B steel was established in our previous study [i].
V. S. Neustroev +2 more
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The efficiency of the fuel assemblies of the fast reactors is determined to a large extent by the resistance of the materials of the jackets and the sheaths to radiational swelling and embrittlement. The effect of swelling on the mechanical properties of the 0KhI6NI5M3B steel was established in our previous study [i].
V. S. Neustroev +2 more
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Soft Matter, 2011
A combined quasi-swelling and recrystallization (QSRC) approach is developed to alter distorted segments of conjugated polymer into highly ordered crystalline domains with super-long effective conjugation lengths (>100mer). These highly extended conjugated chains, at their maximum, are expected to have important implications for photonic and electronic
Horng-Long Cheng +6 more
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A combined quasi-swelling and recrystallization (QSRC) approach is developed to alter distorted segments of conjugated polymer into highly ordered crystalline domains with super-long effective conjugation lengths (>100mer). These highly extended conjugated chains, at their maximum, are expected to have important implications for photonic and electronic
Horng-Long Cheng +6 more
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Swelling of Nitrile Rubber Vulcanizates-Part 3: Factors Affecting Maximum Swelling
Journal of Elastomers & Plastics, 1993As found from previous studies, a Gaussian curve describes the swelling, by various liquids, of a series of nitrile rubbers containing from 0 to 50% bound acrylonitrile. If only dispersion forces are involved, it is found that the value of maximum swelling is inversely proportional to the molar volume of the liquid causing the swelling.
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