[1] Yong R.N., Mulligan C.N., "Natural attenuation of contaminants in
soils", CRC Press, New York, (2004) 319p.
[2] Wong K. Y., "A new specimen preparation technique for the scanning
electron microscope", J. Geotechnique, Vol. 25, (1975) 142-145.
[3] Barden L., Sides G., "Sample disturbance in the investigation of clay
structure", J. Geotechnique 21, (1971) Vol. 3, 211-222.
[4] Yong R.N., "Geoenvironmental engineering, contaminated soils,
pollutant fate and mitigation", CRC Press, New York, (2001) 307p.
[5] Dermatas D., Meng X., "Utilization of fly ash for
stabilization/solidification of heavy metal contaminated soil", Engineering
Geology Journal, Vol. 70, (2003) 377-394.[6] Suraj G., Iyer C.S.P., Rugmini S., Lalithambika M., "The effect of
micronization on kaolinite and their sorption behavior", Journal Applied
Clay Science, Vol. 12, (1997) 111-130.
[7] Martinez-Nistal A., Veniale F., Setti M., Cotecchia F., "Scanning
electron microscopy image processing method for quantifying fabric
orientation of clay geomaterials", Journal Applied Clay Science, Vol.14,
(1999) 235-243.
[8] Yagi M., Yamada Y., Okada H., Yamagishi H., "Occurrence and
variation of clay minerals as hydrothermal scale in the Yamgawa
geothermal wells", Kyusyu, Japan. (2000)World Geothermal Congress.
[9] Blvd, S., Clara, S., "Atomic force microscopy for polymer application",
Application note, (2002) Pacific Nanotechnology.
[10] Kadire S., Karakas Z., "Distribution and origin of clay minerals in
konya neogene sedimentary basin, central Anatolia", Turkey. J. Earth
Sciences, Vol. 11, (2002) 161-167.
[11] Cao R. X., Ma L., Chen M., Singh S. P., Harris W. G., "Phosphateinduced
metal immobilization in a contaminated site", J. Environmental
Pollution, Vol. 122, (2003) 19-28.
[12] Chavan V. B., Sarwade B. D., Varma A. J., "Morphology of cellulose
and oxidized cellulose in powder form. Journal Carbohydrate Polymers",
Vol. 50, (2002) 41-45.
[13] Drees R.,"Equipment and consumable supplies for thin section
preparation", (2003), Soil micromorphology Homepage.htm.
[14] Drees R.,"Practical application of soil micro morphology sampling and
sample preparation", (1997), Summary of presentation, Soil Sci. Society of
America, Soil micro morphology workshop.
[15] Jongerius A., Heintzberger G., "Method in soil micromorphology. A
technique for the preparation of large thin sections", Soil Survey Papers
No.10, (1975) Netherlands soil survey institute.
[16] Salins I., Ringrose-Voase A.J.,"Impregnation techniques for soils and
clay materials (The problems and overcoming them)", CSIRO Division of
Soils, GPO box 639, Canberra, ACT 2601(1990), ww.users.bigpond.com.
[17] Mitchell J.K., "Fundamentals of soil behavior", John Wiley & Sons,
New York, (1976), 442 p.
[18] Tovey N.K., "Quantitative analysis of electron micrographs of soil
structure", Proc. Int. Symposium on soil structure, Gothenberg, (1973),50-59
[19] Mulligan C.N., Yong R.N., Gibbs B.F., "Remediation technologies for
metal-contaminated soils and groundwater: an evaluation", Engineering
Geology, Vol. 60, Issues 1-4, (2001)193-207.
[20] Yong R.N., Mohamed A.M.O., Warkentin B.P., 1992. "Principles of
contaminant transport in soils", Elsevier, Holland, (1992), 327 p.
[21] Ouhadi V.R., Goodarzi A.R., Sedighi M., 2003. "Relationship between
mineral type and sorption characteristics of soil liner of Hamedan landfill",
The 2nd international symposium on contaminated sediments:
Characterization, evaluation, mitigation/restoration, monitoring and
performance, Quebec city, Canada, (2003).
[22] Ouhadi V.R., Yong R. N., Saeidijam S., 2005, "Impact of Carbonate
and Solubility of Clay Fraction on Contaminant Attenuation Characteristics
of Kaolinite", Paper accepted by the 58th Canadian Geotechnical Conference
and 6th Joint CGS/IAH Groundwater Specialty Conference, (2005),
CANADA.
[23] Murphy C.P., "Faster methods of liquid phase acetone replacement of
water from soils and sediment prior to resin impregnation", J. Geoderma,
Vol. 35, (1986) 251-272.