Takigami, Machiko*; Amada, Haruyo*; Nagasawa, Naotsugu; Yagi, Toshiaki; Kasahara, Takamitsu*; Takigami, Shoji*; Tamada, Masao
Carboxymethylcellulose (CMC) gel was formed by addition of acid to CMC (CMC-acid gel). Gel fraction (weight of insoluble part/initial CMC weight) was calculated after removing uncrosslinked CMC by immersing the CMC-acid gel in water. It increased with acid concentration. Mechanism of CMC-acid gel formation was elucidated by aggregation of CMC molecules as the result of replacement of sodium in carboxyl group with hydrogen. Gels could be prepared by three different procedures; (1) mixing CMC and acid, (2) immersion of CMC or 
-irradiated CMC pastes in acid, and (3) -irradiation of CMC-acid gel. Gels with different elasticity and hardness were prepared changing degree of substitution of CMC, molar mass of CMC, species of acid, concentrations of acid and CMC, and application of -irradiation.
Language |
: | English |
|---|---|---|
Journal |
: | |
Volume |
: | 32 |
Number |
: | 3 |
Pages |
: | p.713 - 716 |
Publication Year/Month |
: | 2007/09 |
Meeting title |
: | |
Held date |
: | 2006/12 |
Location (city) |
: | 東京 |
Location (country) |
: | 日本 |
Paper URL |
: |
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Keywords |
: | no keyword |
Research Facility |
: | |
Press Release |
: |
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Article of JAEA R&D Review |
: | Biodegradable Elastic Gel from Cellulose Derivatives; Combination of Radiation-Induced Crosslinking and Aggregation[ |
Cooperating Institute |
: |
Accesses |
: |
- Accesses |
|---|---|---|
Altmetrics |
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