Page 504 - Copper and Bronze in Art: Corrosion, Colorants, Getty Museum Conservation, By David Scott

Wershaw, R. L. Williams, S. A.
1992 Membrane-micelle model for humus in soils 1963 Anthonyite and calumetite, two new minerals
and sediments and its relation to humidification. In from the Michigan copper district. American Mineral­
United States Geological Survey Open File Report 91- ogy 48:614-19 .
513. Denver: United States Geological Survey.
Windholz, M., ed.
Weser, U. 1983 The Merck Index: An Encyclopedia of Chemi­
1987 Biochemical basis of the use of copper in cals, Drugs and Biologicals. 10th ed. Rahway, N.J.:
ancient Egyptian and Roman medicine. In Recent Merck.
Advances in the Conservation and Analysis of Arti­
facts, comp. J. Black, 189-93 . London: Summer Woods, T. L, and R. M. Carrels
Schools Press. 1986 Phase relations of some cupric hydroxy min­
8
erals. Economic Geology i : 1989.
Weyl, W. A.
1981 Colored Glasses. Sheffield, England: Society of Woudhuysen-Keller, R.
Glass Technology. 1995 Aspects of painting technique in the use of
verdigris and copper resínate. In Historical Painting
Wharton, C. Techniques, Materials and Studio Practice, ed. A. Wal-
1984 Technical examination of Renaissance med­ lert, E. Hermens, and M. Peek, 65 - 69. Marina del Rey,
als: The use of Laue back-reflection X-ray diffraction Calif.: Getty Conservation Institute.
to identify electroformed reproductions. Jo urnal of the
American Institute of Conservation 23:88-100 . Woudhuysen-Keller, R., and P. Woudhuysen
1998 Thoughts on the use of the green glaze called
White, J. M., and E. C. Bunker "copper resínate" and its colour-changes. In Looking
1994 Adornment for Eternity. Denver: Denver Art through Paintings, ed. E. Hermens, A. Ouwerkerk,
Museum, Woods Publishing. and N. Costaras, 133-44 . Baarn: De Promo.

Wiedemann, H. C , and C. Bayer Yamanaka, S.
1982 The bust of Nefertiti. Analytical Chemistry 1996 Preparation and properties of anion-
54:619A-628A. exchangeable layered basic salts (in Japanese).
Nippon Ion Kokan Gakkaishi 7:8-17 .
1992 Approaches to ancient Chinese artifacts
by means of thermal analysis. Thermochimica Acta
Zachmann, D. W.
200:215-55 .
1985 Untersuchung der Mineralbildung in der
1997 Formation and stability of Chinese barium Patina (Korrosionsschicht) der Braunschweiger
copper silicate pigments. In Conservation of Ancient Burlöwen. In Der Braunschweiger Löwe, ed. G. Speis,
Sites on the Silk Road: Proceedings of an International 207-32 . Occasional Offprint Series no. 6. Braun­
Conference on the Conservation of Grotto Sites, 379-87 . schweig, Germany: Stadtischen Museum.
Los Angeles: Getty Conservation Institute.
Zenghelis, C.
Wilkins, R. Α., and R. H. Jenks 1930 Study of antique bronzes. Chimie et Industrie
1948 Copper. In The Corrosion Handbook, ed. Η. H. 33:556-63 .
Uhlig, 61-68 . New York: J. Wiley and Sons.
Zhao X.
Williams, R. J. P. c.1230 Dong tian qing luji. Shanghai. Quoted in
1967 Schwermetalle in biologischen Systemen. R. Kerr, Later Chinese Bronzes. London: Victoria and
Endeavour 26:9 6 -100 . Albert Museum, 1990.
1993 Copper-protein compounds. In The Chemis­ Zhu, S., and T. He
try of the Copper and Zinc Triads, ed. A.J. Welch and 1993 Studies of ancient Chinese mirrors and other
K. Chapman. Cambridge, England: Royal Society of
Chemistry. bronze artefacts. In Metal Plating and Patination,
ed. S. LaNiece and P. Craddock, 5 0 - 6 2 . Oxford:
Butterworth-Heinemann.
Williams, R. J. P., and J. J. R. da Silva Frausto
1996 The Natural Selection of the Chemical Elements.
Oxford: Oxford Univ. Press.

R E F E R E N C E S
487