Problem 1:
I could not generate .MAS output file even though I set chkmas = True and nprmas = 10 in BTN file
Problem2:
I used flopy to execute the MT3DMS to plot the change of the concentration of solute in the injection well, and I set itype = ['WEL'] in the ssm package but the change of the concentration in the injection well will reach the plateau of concentration of contaminant (1.5 g/ m^3)
but there is a problem that why the concentration of solute will not keep increasing with the time since I set itype = ['WEL']. It means I keep adding solute (concentration of contaminant = 1.5 g/ m^3) in the injection well, right?! I attached the figure for the change of concentration in the injection well with time.
Problem 1: I could not generate .MAS output file even though I set chkmas = True and nprmas = 10 in BTN file
Problem2: I used flopy to execute the MT3DMS to plot the change of the concentration of solute in the injection well, and I set itype = ['WEL'] in the ssm package but the change of the concentration in the injection well will reach the plateau of concentration of contaminant (1.5 g/ m^3)
My ssm package: import flopy m = flopy.mt3d.Mt3dms() itype = mt3d.Mt3dSsm.itype_dict() ssm_data = {} ssm_data[0] = [(25, 50, 0 , 1.5, itype['WEL'])] ssm = flopy.mt3d.Mt3dSsm(m, stress_period_data=ssm_data)
but there is a problem that why the concentration of solute will not keep increasing with the time since I set itype = ['WEL']. It means I keep adding solute (concentration of contaminant = 1.5 g/ m^3) in the injection well, right?! I attached the figure for the change of concentration in the injection well with time.