1. Abdel-Gawad A.S., Mikhail E.M., el-Naggar H.A., Hekal E.E. and Abo-el-Enein S.A., Incorporation of simulated waste raffinates containing 134Cs into cement-clay matrices, Health-Physics 61(3), 387–393 (1991).
2. Abou-Jamous J., Radioactive waste treatment using natural Syrian bentonite, Aalam-Al-Zarra 31, 87–94 (1994).
3. Abou-Jamous J., The use of some Syrian minerals (tuff and bentonite) for the treatment of radioactive wastes. AECS-C/FRSR-50, Atomic Energy Commission, Damascus (Syrian Arab Republic), 70 pp. (1990).
4. Aggarwal S., Angus M.J. and Tyson A., “Phase characterization of cementitious components of a waste repository and the potential of individual phases for sorption of radioisotopes”, in R.G. Post (ed.), Proceedings Waste management’ 90: vol. 2, HLW and LLW technology, USDOE, Washington, pp. 399–406 (1990).
5. Ahn B.-G., Won H.-J., Jyung K.-J., Lee B.-G. and Oh W.-Z., “Development of decontamination agent for radioactively contaminated urban surface and its decontamination properties”, in Proceedings 1SI Workshop Radioactive Waste Treatment Technologies, Korea Atomic Energy Research Institute, Taejon, October 28, pp. 184–194 (1997).