THE EFFECT OF AN ALKALINE RINSE ON THE AGING OF CELLULOSIC TEXTILES, PARTS I AND II
Ira Block
REFERENCESSummarized descriptions of this research project have appeared in the Preprints of the American Institute for Conservation 1981 Meeting (Philadelphia), pp. 37–45 and of the International Institute for Conservation 1982 Meeting (Washington), pp. 96–99.
Daniels, V., “Aqueous Deacidification of Paper,” The Conservation of Library and Archival Materials and the Graphic Arts, Cambridge, 1980.
Shaw, M.B. and M.J.O'Leary, “Effect of Filling and Sizing Materials on Stability of Book Papers,” National Bureau of Standards Research Journal, 21, 671 (1938).
Barrow, W.J., Permanence/Durability of the Book, Parts 1–7, W.J. Barrow Research Laboratory, Richmond, Va.
Tang, L.C.N.M.M.Jones, “The Effects of Wash Water Quality on the Aging Characteristics of Paper,” J. of the A.I.C., 18, 61 (1979).
Wilson, W.K., R.A.Golding, R.H.McLaren and J.L.Gear, “Changes in Properties of Papers After Treatment with Magnesium Bicarbonate Solution,” Abstracts of the 178th Annual Meeting of the American Chemical Society.
Zeronian, S.H. “Conservation of Textiles Manufactured from Man-Made Fibers,” Advances in Chemistry Series No. 164, 208, American Chemical Society, 1977.
Hofenk-deGraaff, J.H., “The Effects of Chloramine-T on Paper,” Fourth Triennial Meeting of the ICOM Committee for Conservation, Venice, 1975.
Kelly, G.B. and J.C.Williams, “Inhibition of Light Sensitivity in Papers Deacidified with Diethyl Zinc,” Abstracts of the 178th Annual Meeting of the American Chemical Society.
McCarthy, P., “Vapor Phase Deacidification: A New Preservation Method,” The American Archivist, 32(4), 333 (1969).
Landi, S.B., “The Equipment of a Textile Conservation Workroom,” Textile Conservation, J.E.Leene, Ed., 128, I.I.C., 1972.
Reeves, P., “Some Techniques of Textile Conservation Including the Use of a Vacuum Hot Table,” Advances in Chemistry Series No. 164, 181, ACS, 1977.
Finch, K. and G.Putnam, Caring for Textiles, Watson-Guptill Publications, New York, 1977.
Leene, J.E., Ed., Textile Conservation, I.I.C., 1972.
Burnham, M.D., “Cleaning of Archaeological Textiles,” Irene Emery Roundtable, 1974, Textile Museum.
Collins, M., “How to Wet-Clean Undyed Cotton and Linen,” Information Leaflet No. 478, Smithsonian Institution, 1967.
Clapp, A.F., Curatorial Care of Works of Art on Paper, Intermuseum Conservation Association, 1974.
Wilkie, J.B., “Laundry ‘Winter Damage,’ ” National Bureau of Standards Research Journal, 6, 593 (1931).
Peters, R.H. and R.H.Still, “Some Aspects of the Degradation of Polymers Used in Textile Applications,” Applied Fibre Science: II, F.Happey, Ed., 321, Academic Press, New York, 1979.
Arney, J.S., A.J.Jacobs and R.Newman, “The Influence of Deacidification on the Deterioration of Paper,” J. of the A.I.C., 19(1), 34 (1979).
Arney, J.S. and A.H.Chapdelaine, “A Kinetic Study of the Influence of Acidity on the Accelerated Aging of Paper,” Preservation of Paper and Textiles of Historic and Artistic Value II, J.C.Williams, Ed., 189, American Chemical Society, Washington, D.C., 1981.
Davidson, G.F. and T.P.Nevelle, “The Acidic Properties of Cotton Cellulose and Derived Oxycelluloses: Part I–VI,” J. Textile Institute, 39, T59 (1948).
Davidson, G.F. and H.A.Standing, “Auto-Hydrolysis of Acidic Oxycelluloses,” J. Textile Inst., 47, T141 (1951).
Davidson, G.F. and T.P.Nevelle, “The Auto-Hydrolysis of Acidic Oxycelluloses,” J. Textile Inst., 47, T439 (1956).
Shenai, V.A. and K.D.Shah, “Studies in Accelerated Oxidation of Cellulose: Part III,” Textile Research J., 44(3), 214 (1974).
Wilson, W.K. and E.J.Parks, “Comparison of Accelerated Aging of Book Papers in 1937 with Thirty Six Years Natural Aging,” U.S. National Bureau of Standards, IR74–632, 1974.
Wilson, W.K. and E.J.Parks, “An Analysis of the Aging of Paper,” U.S. National Bureau of Standards, IR74–499, 1974.
Williams, J.C., C.S.Fowler, M.S.Lyon and T.L.Merrill, “Metallic Catalysts in the Oxidative Degradation of Paper,” Advances in Chemistry Series No. 164, ACS, 1977.
Zeronian, S.H., “Heat-Induced Changes in Properties of Cotton Fibers, Cellulose Chemistry and Technology,” ACS Symposium Series No. 48, ACS, 1977.
Leene, J.E., L.Demeny, R.J.Elema, A.J.deGraaf and J.J.Surtel, “Artificial Aging of Yarns in Presence as well as in Absence of Light and Under Different Atmospheric Conditions,” Fourth Triennial Meeting of the ICOM Committee for Conservation, Venice, 1975.
Kosik, M., V.Luzakova and V.Reiser, “Study on the Thermal Destruction of Cellulose and its Derivatives,” Cellulose Chemistry and Technology, 6, 589 (1972).
Shenai, V.A. and O.P.Singh, “Studies in Accelerated Oxidation of Cellulose: Part I,” J. Society of Dyers and Colourists, 87(7), 228(1971).
Roffael, E. and K.Schaller, “Effect of Heat Treatment on Cellulose,” Holz. Roh-Werkst., 29(7), 275 (1971).
Grey, C.G., “An Accelerated Aging Study Comparing Kinetic Rates vs TAPPI Standard 453,” Tappi, 52. 325 (1969).
Wilson, W.K. and B.W.Forshee, “Degradation of Cellulose Acetate Films,” Society of Plastics Engineers J., 15, 146 (1959).
Evans, E.F. and L.F.McBurney “Oxidative Stability of Cellulose Derivatives,” Industrial and Engineering Chemistry, J., 41, 1260 (1949).
Stamm, A.J., Thermal Degradation of Wood and Cellulose, Industrial and Engineering Chemistry J., 48, 413 (1956).
Rasch, R.H. and B.W.Scribner, “Comparison of Natural Aging of Paper with Accelerated Aging by Heating,” U.S. National Bureau of Standards Res. J., 11, 727 (1933).
Graminski, E.L., E.J.Parks and E.E.Toth, “The Effects of Temperature and Moisture on the Accelerated Aging of Paper,” ACS Symposium Series No. 95, 24, ACS, 1979.
Berry, G.M., S.P.Hersh, P.A.Tucker and W.K.Walsh, “Reinforcing Degraded Textiles, Part I,” Advances in Chemistry Series No. 164, 228, ACS, 1977.
Kerr, N., S.P.Hersh, P.A.Tucker and G.M.Berry, “Reinforcing Degraded Textiles: Effect of Deacidification on Fabric Deterioration,” ACS Symposium Series No. 95, 25, ACS, 1979.
Albeck, M., A.Ben-Bassat, and M.Lewin, “The Yellowing of Cotton Cellulose: Part II,” Textile Research J., 35(10), 935 (1965).
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