Hydraulic Cement Systems for Stabilization/Solidification - Stabilization and Solidification of Hazardous, Radioactive, and Mixed Wastes - page 73

40. Uchikawa, H., Blended and special cements: effect of blending component on hydration

and structure formation, Proceedings of the 8th International Congress on the Chemistry
of Cements , Principal Report, Vol. 1, Apoio Financeiro Da, Rio de Janeiro, Brazil, 1986,
249.

41. Huang, C. Y. and Feldman, R. F., Hydration reaction in Portland silica fume blends,

Cement and Concrete Research , 15, 585, 1985.

42. Quaresim, R., Scoccia, G., Volpe, R., Medici, F., and Merli, C., Influence of silica

fume on the immobilization properties of cementitious mortars exposed to freeze-
thaw cycles, in Stabilization and Solidification of Hazardous, Radioactive, and Mixed
Wastes, 3rd Volume, Gilliam, T. M. and Wiles, C. C., Eds., ASTM STP 1240, American
Society for Testing and Materials, Philadelphia, 1996, 135.

43. Shin, H. S. and Jun, K. S., Cement-based stabilization/solidification of organic con-

taminated hazardous wastes using na-bentonite and silica fume, Journal of Environ-
mental Science and Health , 30, 651, 1995.

44. Hoebbel, D. and Ebert, R., Sodium silicate solution — structure, properties and prob-

lems, Zeitschrift fur Chemie , 28, 41, 1988.

45. Conner, J. R., Soluble silicates in solidification and fixation technology, Second

International Conference on New Frontiers for Hazardous Wastes Management , Pitts-
burgh, 1987, 295.

46. Caldwell, R. J., Cote, P. L., and Chao, C. C., Investigation of Solidification for the

Immobilization of Trace Organic Contaminants, Hazardous Wastes and Hazardous
Materials, Vol. 7, No. 3, pp. 273-282, 1990.

47. U.S. EPA, Technology Evaluation Report: SITE Program Demonstration , Test Inter-

national Waste Technologies in situ Stabilization/Solidification, Hialeah, FL, Report
EPA/540/5-89/004a, June 1989.

48. U.S. EPA, 40 CFR, Part 268 — Land Disposal Restrictions, June 1, 1990.

49. Daniali, S., Solidification/stabilization of heavy metals in latex modified Portland

cement matrices, Journal of Hazardous Materials , 24, 225, 1990.

50. Yang, G. C. C., Lee, C.-H., and Hsiue, G.-H., Properties of a mercury-containing

sludge solidified by polymer latex modified cementitious materials, Hazardous Waste
and Hazardous Materials , 10, 453, 1993.

51. Frost, D. J. and Carandang, C. M., Stabilization of organic wastes, Proceedings of

the 12th National Conference on Hazardous Materials Control/Superfund '91, Wash-
ington, 1991, 389.

52. Bourgeois, J. C. et al., Designing a better matrix for solidification/stabilization of

hazardous waste with the aid of bagasse (lignin) as a polymer additive to cement,
Proceedings of the Spring National Meeting of the American Chemical Society, New
Orleans, LA, 1996, 416.

53. Bhatty, J., Miller, F., West, P., and Ost, B., Stabilization of heavy metals in Portland

cement, silica fume/Portland cement and masonry cement matrix, Portland Cement
Association, RP 348, Skokie, IL, 1999.

54. Zhou, H. and Colombo, P., Solidification of Low-level Radioactive Wastes in Masonry

Cement , Report No. BNL-52074, Brookhaven National Laboratory, Upton, NY,
March 1987.

55. Malinowski, R. and Garfinkel, Y., Prehistory of concrete, Concrete International , 13, 62,

1991.

56. Hazra, P. C. and Krishnaswamy, V. S., Natural pozzolans in India, their utility, distribution

and petrography, Records of the Geological Survey of India , 87, Part 4, 675, 1987.

57. Shi, C. and Day, R. L., Comparison of different methods for enhancing reactivity of

pozzolans, Cement and Concrete Research , 31, 813, 2001.