440
A. Matsuyama et al.: Basic Study on the Remediation Technology
Cheam V, Gamble OS (1974) MetaUulvic acid chelation equilibrium in aqueous NaNO" solution.
Hg(II), Cd(II), and Cu(II) fiuvate complexes. Can J Soil Sci 54:413-417
Hamaguchi H, Umezaki Y, Kanno S, Kitamura S, Sugino T, Fujii M, Wakita H (1976) Mercury. In:
Mercury sub-committee (eds) Chemistry of earth. The Chemical Society of Japan, Tokyo p 10 (in
Japanese)
Honda K, Tachikawa R (1978) Adsorption strength of mercury in soil relationships among particle
diameter, the composition of organic substances, and the amoijnt of mercury adsorbed. Jpn Soil Sci
Plant Nutr 49: 378-382
Larry R, Jose L (1990) Final best demonstrated available technology (BOAT) background document
for mercury-containing wastes [)009, KI06, P065, P092, and U151. U S Environmental Protection
Agency, Washington, p 5-1
Oba H (1966) Method for identification of the primary minerals in soils. Jpn Soil Sci Plant Nutr 37th
edn, vol I. Japanese Society of Soil science and Plant Nutrition, p 1 (in Japanese)
Ono A, Kato H, Mitsuhashi I, Nakashio M, Nozaki M (1993) Heat processing of mercury contaminated
soils. In: Hiraoka M (ed) Proc 4th Annu conf of the Japan Society of Waste Management Experts,
The Japan Society of Waste Management Experts, Tokyo, pp 843-844
Mizushima M (1964) Encyclopaedia chimica. In: Encyclopaedia chimica editing committee (eds) Iron
chloride. Kyoritsu Press, Tokyo, p 1050 (in Japanese)
Nakajima S (1994) Changes in earth color. In: Fukagawa M (ed) Color of stones and soils.
Kinmiraisha, Tokyo, pp 178-205 (in Japanese)
Urabe T, Yokokawa H (1990) Thermodynamic study of the forms of mercury in combustible gas from
waste. In: Hirayama N (ed) Waste management research, Vol I. The Japan Society of Waste
Management Experts, Tokyo, pp 10-18
Précédent

- 444/538

Suivant