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. 2020 Feb 24;6(2):e03413. doi: 10.1016/j.heliyon.2020.e03413

Table 2.

Coefficient Bi for transport equation using 10th degree polynomial for different combinations of C and P.

Combination B0 B1 B2 B3 B4 B5 B6 B7 B8 B9 B10
C = 50ppm, P = 0.32 0.94 40.9055 -797.899 6113.818 -25174.2 62062.87 -95887.3 93569.84 -55975.1 18728.96 -2682.81
C = 100ppm, P = 0.32 0.92 12.7567 -251.259 1919.004 -7904.32 19473.49 -30045 29279.38 -17499.2 5852.633 -838.377
C = 100ppm, P = 0.43 0.93 5.36993 -119.25 965.7012 -4194.9 10785.53 -17217.3 17246.58 -10541.1 3590.539 -522.08
C = 50ppm, P = 0.43 0.92 29.1239 -576.302 4498.361 -18814.6 46915.24 -73081.3 71750.38 -43123.3 14482.2 -2080.7
C = 75ppm, P = 0.32 0.96 -12.5941 245.6567 -1902.76 7827.899 -19166.4 29285.93 -28189.5 16612.94 -5474.51 772.6405
C = 100ppm, P = 0.38 0.9 4.5118 -87.569 629.9993 -2470.36 5787.478 -8495.22 7900.827 -4526.32 1457.823 -201.973
C = 75ppm, P = 0.43 0.95 -11.8723 222.1547 -1682.03 6800.338 -16408.7 24745.93 -23528.7 13703.32 -4464.17 623.0664
C = 50ppm, P = 0.38 0.94 21.1484 -414.481 3190.304 -13220.6 32766.99 -50858.5 49843.24 -29940.9 10058.05 -1446.2
C = 75ppm, P = 0.38 0.96 -1.2357 17.7860 -109.83 300.4696 -257.919 -506.227 1482.258 -1507.28 712.2393 -130.838