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Titlebook: Synthesis, Characterization, and Theory of Polymeric Networks and Gels; Shaul M. Aharoni Book 1992 Springer Science+Business Media New Yor

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Static and Dynamic Light Scattering from Solutions and Gels of RF Particlession, so that there is minimal shrinkage of the gel during drying. The extremely light, high surface area foams are called .. These materials have applications as catalyst supports, thermal and acoustic insulators, and most commonly Cerenkov detectors for high energy physics experiments. The recent
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Phase Transitions in Liquid Crystal Polymersogue of the nematic transition can be expected to occur, and there is already a substantial literature on this matter (1–4). The complication that occurs with long lcp’s and quite generally with long and short lcp networks, is that the ability of the molecules to lie parallel is frustrated by the to
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Networks with Semi-Flexible Chainsof the order of unity. The elasticity of the network is primarily of intramolecular origin arising from the entropy of the individual chains. Intermolecular contributions are of secondary importance. The phantom network model in which the chains do not experience any interaction with their neighbors
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Rigid Hypercrosslinked Polystyrene Networks with Unexpected Mobilitygroups. Simultaneously, many attempts have been made to describe theoretically the behavior of polymeric networks. Generally accepted modern theories predict that networks acquire a noticeable flexibility only in the case that the distance between two neighbor junction points exceeds the length of c
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