References

1. Technological Papers of the Bureau of Standards no.44 Investigations on the Durability of Cement Drain Tiles in Alkali Soils Wig, R. J.;Williams, G. M.
2. ACI Materials Journal v.88 no.1 Sulfate Attack on Concrete-Research Needs Cohen, M. D.;Mather, B.
3. Material Science of Concrete Ⅲ, J. Skalny, de. Sulfate Attack on Concrete - A Critical Review Mehta, P. K.
4. Technological Papers of the Bureau of Standards no.95 Durability of Cement Drain Tiles and Concrete in Alkali Soils Wig, R. J.;Williams, G. M.
5. Cement and Concrete Research v.19 Efflorescent Mineral Assemblages Associated with Cracked and Degraded Residential Foundations in Southern California Novak, G. A.;Colville, A. A.
6. Concrete International v.18 no.1 Concrete Deterioration from Physical Attack by Salts Haynes, H.;O'Neill, R.;Mehta, P. K.
7. Durability of Concrete - Third Intermational Conference, SP-145, V.M. Malhotra,(ed.) Mechanism of Concrete Deterioration by Sodium Sulfate Crystallization Binda, L.;Baronio, G.
8. Cement and Concrete Research v.29 Sulfate Attack or Is It? Hime, W. G.;Mather, B.
9. Research and Development Bulletin RD 097, Skokie Ⅲ Durability of Concrete in Sulfate-Rich Soils Stark, D.
10. Cement and Concrete Research v.20 Ion Interaction Model for Determination of Chemical Equilibria in Cement-Water System Reardon, E. J.
11. Mechanics of chemical Degradation of Cement-Based Systems Some chemical and Microstructural Aspects of Concrete Durability Taylor, H. F. W.;Gollop, R. S.;K. L. Scrivner;J. F. Young, (eds.)
12. The Diagnosis of chemical Deteriorationby Optical Micrescopy Taulow. N.;Jakobsen, U. H.
13. Concrete International v.21 no.1 Damage by Delayed Ettringite Formation Collepardi, M.
14. Concrete Technology : Past, Present, and Future, SP-144 Concrete Technology at the Cross Roads -Problems and Opportunities Mehta, P. K., (ed.)