Performance of improved polyvinyl alcohol as an ageing resistance agent

Restaurator

Volumn 25, Issue 2, 2004, Pages 129-140

  Basta, Altaf H ^a  

^a NATIONAL RESEARCH CENTRE   (Egypt)

Author keywords

[No Author keywords available]

Indexed keywords

ACIDITY; BRITTLENESS; DEGRADATION; HYDROLYSIS; PAPER; PH; RESTORATION; STRENGTH OF MATERIALS;

ACCELERATED AGEING; AGEING RESISTANCE; REPULPED PAPER;

POLYVINYL ALCOHOLS;

BLEACHED PULPS; DEACIDIFICATION; PAPER; PULPS; SAPONIFICATION;

EID: 3042717814     PISSN: 00345806     EISSN: None     Source Type: Journal    
DOI: 10.1515/REST.2004.129     Document Type: Article

References (26)

1. Zou,X., N. Gurnagul, T. Uesaka & J. Bouchard: Accelerated ageing of papers of pure cellulosemechanism of cellulose degradation and paper embrittlemcnt. Polym. Degrad. Stab.34 (1994): 393.
2. Grohmann, A.: From the world of Arabic Papyri. Royal Society of Historical Studies 1952.
3. Hunter, D.: Papermaking, the history and technique of ancient craft. NewYork 1967.
4. Norayer, G. & Z. Xuejun: The effect of atmospheric pollutants on paper permanence. Tappi 77 (1994): 199.
5. El-Saied, H., A.H. Basta & M.M. Abdu: Permanence of paper. I: Problems and permanency of alum-rosin sized paper sheets from wood pulp. Restaurator 19 (1998): 155.
6. Kolar, J., & G. Novak: Effect of various deacidification techniques on the stability of cellulose pulp. Restaurator 17 (1996): 25.
7. Kolar, J., & G. Novak: Deacidification of paper.A progress report. Proc. Intl. Book Paper Conservation Conf., Ljubljana, Slovenia (1997): 305.
8. Jozef, D., & G. Henryk: Trwalepapiery drukowe ido pisania. Przeglad Papier 51 (1995): 344.
9. Casey, J.P.: Pulp and paper chemistry and chemical technology 3. New York: Interscience Publ. 1981: 1914.
10. Koura, A. & T. Krause: Studies on conservation and restoration of paper by impregnation with acrylic resins. Papier 36 (1982): 117.
11. Strnadova, J. & M. Ďurovič: The cellulose ethers in paper conservation, Restaurator 15 (1994): 220.
12. Bicchieri, M., M. Bortolani & E. Veca: Characterization of low-molecular weight polyvinyl alcohol for restoration purposes. Restaurator 14 (1993): 11.
13. Burstall, M.L., C.E. Butler & C.C. Mollet: Improving the properties of paper by graft polymerization. J. Institute of Paper Conservation 10 (1986): 95.
14. Mirjam, F.: The reinforcement of papers by graft copolymerization. Paris: ARSAG 1991: 228.
15. Humphrey, B.J.: The application of Parylene conformal coating technology to archival and artefact conservation. Studies in Conservation 29 (1984): 117.
16. Humphreys, B. J.: Paper strengthening with gas-phase parylene polymers. Practical considerations. Restaurator 11 (1990): 48:67.
17. El-Saied, H., A.H. Basta & M.M. Abdou: Permanence of paper. II: Correlation between paper permanence from straws and ageing variables. Restaurator 21 (2000): 158.
18. Basta, A.H.: The role of chitosan in improving the ageing resistance of rosin sized paper. Restaurator 24 (2003): 106.
19. Rozmarin, Gh: Ageing of fibrous cellulose materials. Celluloza si Hirtie, 10 (1961): 428.
20. Kirova, Kn.L., I.A. Stepanova, D.M. Flyate & I.S. Shul'man: Problemy Sokhraunosti Documentalnykh Materialov. Leningrad (Sankt Peterburg) 1977: 13.
21. Bobu, E. & E. Poppel: Effects of paperstocks parameters on paper ageing behaviour. Cellul. Chem. Technol., 22 (1988): 123.
22. The Institute of Paper Chemistry, Appleton, Wisconsin, institute Method No. 411 (1952).
23. ASTM Method D1925-70.
24. Levdic, I.Y., M.D. Inshakov, E.P. Misyurova & V.N. Nikitin: Study of pulp structure by Infrared spectroscopy. Tr. Vses-Nauch. Issled. Inst. Tsellyul. Bum.Prom. 52 (1967): 109.
25. Finch, C.A.: Polyvinyl alcohol Developments., NewYork: Wiley 1992: 724.
26. Lee, S.B., R.L. Feller &J. Bogaard: Relation of cellulose chain scission to hot-alkali-soluble content during thermal and photochemical degradation of paper. J. Imaging Sci. 29 (1985): 61.