Title: The use of electrical resistivity method to the sorption studies of reactive materials

Authors: LECH, M., GARBULEWSKI, K., FRONCZYK, J.

Keywords: permeable reactive barriers, zeolite-sand mixture, electrical resistivity

Abstract: The paper presents results of laboratory research on the zeolite and zeolite-sand blends using the electrical conductivity measurements to verify the sorption capacity of materials proposed to performance of the Permeable Reactive Barriers. First part of paper contains the characteristics of mathematical models commonly used to simulate the flowing of groundwater and liquid contaminants. In the second paper the test method proposed to assess an environmental attenuation was described. Analysis of dynamic test results obtained with application of electrical conductivity measurements has proven the efficiency of proposed method. Finally, an electrical tomography or electrical measurements using electrodes installed inside of barriers was recommended to control of sorption capacity fulfillment. However, the field investigations are required to validate the proposed procedure.

APA style references: Lech, M., Garbulewski, K. & Fronczyk, J. (2009). The use of electrical resistivity method to the sorption studies of reactive materials. Scientific Review Engineering and Environmental Sciences, 18 (3), 3-13.

APA style citation in text: The first time citation in text: (Lech, Garbulewski & Fronczyk, 2009), next citation: (Lech et al., 2009)

Chicago style references: Lech, Mariusz, Kazimierz Garbulewski, Joanna Fronczyk. "The use of electrical resistivity method to the sorption studies of reactive materials." Scientific Review Engineering and Environmental Sciences, 45 ser., vol. 18, no 3, (2009): 3-13.

Chicago style citation in text: (Lech, Garbulewski, and Fronczyk 2009)

Bibtxt style references: @article{Lech_Garbulewski_Fronczyk_2009_PNIKS, author={Lech, Mariusz and Garbulewski, Kazimierz and Fronczyk, Joanna}, title={The use of electrical resistivity method to the sorption studies of reactive materials.}, journal={Scientific Review Engineering and Environmental Sciences}, URL={http://iks_pn.sggw.pl/PN45/A1/art1.pdf}, year={2009}, volume={18 (3)}, number={45}, pages={3-13}}

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