Abstract
The pore structure of porous materials plays a decisive role with regard to many properties. It is therefore expected, that property improvement due to impregnation is brought about mostly due to pore structure modification. This realisation formed the basis of this project, which had the main aim of investigating polymer impregnation in relation to pore structure. The objective of this research has been
1) to examine the pore structure of hardened cement paste, beech wood and porous glass before and after gas-phase impregnation with methylmethacrylate monomer and in situ polymerization,
2) to investigate the influence of the pore structure on the molecular weight of the polymer,
3) to investigate the influence of the degree of pore filling on the elastic modulus, damping coefficient and bending strength.
1) to examine the pore structure of hardened cement paste, beech wood and porous glass before and after gas-phase impregnation with methylmethacrylate monomer and in situ polymerization,
2) to investigate the influence of the pore structure on the molecular weight of the polymer,
3) to investigate the influence of the degree of pore filling on the elastic modulus, damping coefficient and bending strength.
| Original language | Danish |
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| Place of Publication | Roskilde |
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| Publisher | Risø National Laboratory |
| Number of pages | 136 |
| ISBN (Print) | 87-550-0395-8 |
| Publication status | Published - 1976 |
| Series | Risø-M |
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| Number | 1863 |
| ISSN | 0418-6435 |
Keywords
- Risø-M-1863