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Electrochemical Atrazine Removal. On the behaviour of Atrazine removal from water using fabrics as anodes and cathodes 176

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Electrochemical Atrazine Removal. On the behaviour of Atrazine removal from water using fabrics as anodes and cathodes 28 23 6 17 4 3 3

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Figure 1a. FE–SEM images showing the morphology for the synthesized TC–RGO–Pt electrode.tif 54
Readme.txt 51
Figure 1c. EDX surface analysis.tif 49
Figure 1b. FE–SEM images showing the morphology for the synthesized TC–RGO–Pt electrode magnified.tif 46
Figure 4. Mechanism of electroxidation process..tif 46
Figure 3. Gas Chomatography chromatograms of Atrazine solution treated by undivided cell at 1.5 V with 50 (mM) Na2SO4 + 5 (mM) NaCl.tif 40
Figure 2d. Variation of Atrazine concentrations versus loaded specific charge in 50 (mM) Na2SO4 + 5 mM NaCl in a undivided cell.csv 31
Figure S1. FTIR spectra of the Atrazine solution before and after electrolysis.csv 29
Figure 2a. Variation of Atrazine concentrations versus loaded specific charge in 50 (mM) Na2SO4.csv 28
Figure 2b. Variation of Atrazine concentrations versus loaded specific charge in 50 (mM) Na2SO4 + 5 mM NaCl in a divided cell.csv 28

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