Changes in the bead structure of crosslinked polymer gels during drying and freezing.
Author(s) : RUIKE M., TAKADA S., MURASE N., WATANABE T.
Type of article: Article
Summary
Changes in the bead structure of crosslinked polymer gels during freezing and drying were monitored by the use of an environmental scanning electron microscope. Gel beads with higher crosslink densities, as a result, hardly changed their appearance during freezing and drying. On the other hand, those with lower crosslink densities changed significantly. The observation that freezing and drying of polymer gels are influenced by the density of crosslinks can be explained by taking flexibility of the polymer network into account, where gels with lower crosslink densities are more flexible than those with higher crosslink densities.
Details
- Original title: Changes in the bead structure of crosslinked polymer gels during drying and freezing.
- Record ID : 1999-3876
- Languages: English
- Source: Cryo-Letters - vol. 20 - n. 1
- Publication date: 1999/01
- Document available for consultation in the library of the IIR headquarters only.
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Indexing
- Themes: Cryobiology, cryomedicine: general information
- Keywords: Structure; Drying; Polymer; Freezing
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CONTRIBUTIONS OF THE FREEZE-FRACTURE TECHNIQUE ...
- Author(s) : ARANCIA G.
- Date : 1983
- Languages : Italian
- Source: Ann. Ist. super. Sanità - vol. 19 - n. 2-3
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Cryobiology and freeze-drying.
- Author(s) : NEI T.
- Date : 1983/05
- Languages : English
- Source: International Journal of Refrigeration - Revue Internationale du Froid - vol. 6 - n. 3
- Formats : PDF
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- Author(s) : KLEN R.
- Date : 1984
- Languages : Czech
- Source: Prum. Potravin - vol. 35 - n. 11
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Stabilization of dry membranes by mixtures of h...
- Author(s) : CROWE J. H., OLIVER A. E., HOEKSTRA F. A., CROWE L. M.
- Date : 1997/08
- Languages : English
- Source: Cryobiology - vol. 35 - n. 1
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The glass transition of hydroxyethyl starch.
- Author(s) : KRESIN M., RAU G.
- Date : 1992/11
- Languages : English
- Source: Cryo-Letters - vol. 13 - n. 6
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