文件名称:olsson_newell
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该压缩文件为污水处理系统的建模、诊断和控制的全部程序和说明，非常实用。-The compressed file sewage treatment system modeling, diagnosis and control of all procedures and instructions, very practical.
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Examples
........\AppendixB
........\.........\Carbon_Removal.m
........\.........\Carbon_Removal_Outputs.m
........\.........\Example_B_1.m
........\.........\Example_B_2.m
........\.........\State_Derivatives.m
........\Chapter03
........\.........\Aerated_Biological_Reactor.m
........\.........\Aerated_Biological_Reactor_Outp.m
........\.........\Carbon_Removal_Process.m
........\.........\Carbon_Removal_Process_Outputs.m
........\.........\Constant_Volume_Tank.m
........\.........\Constant_Volume_Tank_Outputs.m
........\.........\DO_Controller.m
........\.........\DO_Controller_Outputs.m
........\.........\ex3-3b.eps
........\.........\ex3-7.eps
........\.........\Example_3_1.m
........\.........\Example_3_2.m
........\.........\Example_3_3.m
........\.........\Example_3_4.m
........\.........\Example_3_5.m
........\.........\Example_3_6.m
........\.........\Example_3_7.m
........\.........\Example_3_8.m
........\.........\Example_3_9.m
........\.........\Overflow_Weir_Tank.m
........\.........\Overflow_Weir_Tank_Outputs.m
........\.........\Simple_Aerated_Tank.m
........\.........\Simple_Aerated_Tank_Outputs.m
........\.........\Simple_Biological_Reactor.m
........\.........\Simple_Biological_Reactor_Outpu.m
........\.........\Simple_Buffer_Tank.m
........\.........\Simple_Buffer_Tank_Outputs.m
........\.........\Simple_Respirometer.m
........\Chapter04
........\.........\Batch_Reactor.m
........\.........\Clarifier_Disturbance.m
........\.........\Clarifier_Model.m
........\.........\CN_Removal.m
........\.........\Compartment_Clarifier.m
........\.........\Complex_Fermentation.m
........\.........\CP_Removal.m
........\.........\Example_4_1.m
........\.........\Example_4_2.m
........\.........\Example_4_3a.m
........\.........\Example_4_3b.m
........\.........\Example_4_4.m
........\.........\Example_4_5.m
........\.........\Example_4_6.m
........\.........\Example_4_8.m
........\.........\Example_4_9.m
........\.........\Flux_Model.m
........\.........\Simple_Fermentation.m
........\.........\Two_Weir_Tanks.m
........\.........\Weir_Tank.m
........\Chapter05
........\.........\Carbon_Removal.m
........\.........\Example_5_1.m
........\.........\Example_5_3.m
........\.........\Example_5_6.m
........\.........\Example_5_7.m
........\.........\Example_5_8.m
........\.........\Linear_Carbon_Plant.m
........\.........\Nonlinear_DO_Air.m
........\.........\vs.dat
........\Chapter06
........\.........\Carbon_Removal.m
........\.........\data0.dat
........\.........\data1.dat
........\.........\data2.dat
........\.........\Example_6_10.m
........\.........\Example_6_11.m
........\.........\Example_6_12.m
........\.........\Example_6_13.m
........\.........\Example_6_14.m
........\.........\Example_6_15.m
........\.........\Example_6_16.m
........\.........\Example_6_17.m
........\.........\Example_6_2.m
........\.........\Example_6_3.m
........\.........\Example_6_5.m
........\.........\Example_6_6.m
........\.........\Example_6_7.m
........\.........\Example_6_8.m
........\.........\Example_6_9a.m
........\.........\Example_6_9b.m
........\.........\Example_6_9c.m
........\.........\f0.dat
........\.........\f1a.dat
........\.........\f1b.dat
........\.........\f2a.dat
........\.........\f2b.dat
........\.........\f3a.dat
........\.........\f3b.dat
........\.........\f3c.dat
........\.........\f4a.dat
........\.........\f4b.dat
........\.........\flow.dat