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Table 5 Effects (pH, temperature, electronic conductivity and total dissolved solids) of nanocomposites on organic component (soil)

From: Synthesis and characterization of crystalline carboxymethylated lignin–TEOS nanocomposites for metal adsorption and antibacterial activity

Sample name (Conc. mg/ml) pH Temperature (in °C) Electronic conductivity and its temperature (°C) Total dissolved solids (TDS) and its temperature (°C)
Soil sample (control) 7.787 35.2 249.4 µS (36.3) 539.8 ppm (37.1)
25 mg CML 8.318 34.4 0.806 µS (41.4) 164.5 ppm (37.2)
50 mg CML 8.356 34.67 0.801 µS (41.1) 171.9 ppm (37.8)
75 mg CML 9.102 34.89 0.721 µS (41.2) 193.2 ppm (37.7)
100 mg CML 9.114 34.21 0.711 µS (40.9) 216.6 ppm (38.1)
25 mg T 11.874 35.6 6.125 µS (36.5) 3.688 ppt (37.3)
50 mg T 11.998 35.71 6.098 µS (36.4) 4.198 ppt (37.9)
75 mg T 11.901 35.44 6.006 µS (35.2) 4.200 ppt (38.1)
100 mg T 11.892 35.98 5.890 µS (35.7) 4.319 ppt (38.9)
25 mg CML–1T 8.027 36.1 434.8 µS (36.5) 281.6 ppm (37.3)
50 mg CML–1T 8.367 36.12 433.9 µS (36.4) 293.7 ppm (37.8)
75 mg CML–1T 8.449 36.78 465 .7 µS (36.1) 280.6 ppm (38.1)
100 mg CML–1T 8.312 36.63 446.1 µS (36.6) 288.9 ppm (38.8)
25 mg CML–2T 7.669 35.23 248.5 µS (36.2) 153.0 ppm (37.2)
50 mg CML–2T 7.778 35.21 248.1 µS (36.2) 159.4 ppm (36.1)
75 mg CML–2T 7.918 35.29 244.2 µS (35.1) 167.9 ppm (37.9)
100 mg CML–2T 8.910 35.48 241.8 µS (34.8) 181.9 ppm (37.8)
25 mg CML–3T 7.556 37.10 524.4 µS (31.0) 317.4 ppm (37.3)
50 mg CML–3T 7.664 37.40 517.1 µS (30.9) 321.3 ppm (38.2)
75 mg CML–3T 7.898 37.89 514.9 µS (30.4) 333.9 ppm (38.8)
100 mg CML–3T 7.913 37.56 512.0 µS (30.1) 345.8 ppm (39.1)