Contents & References of Mathematical modeling of microbiological fuel cells with the aim of energy production and wastewater treatment
List:
Abstract
1
Introduction
2
Chapter One: Introduction to Microbiological Fuel Cell
3
Concepts
4
Review of electron transport interfaces in MFCs
7
Microbes that They are used in microbial fuel cells. 8. Configuration of microbial fuel cells. 12. MFC components. 12. Two-component MFC systems. Up-flow
19
1-4-5) Stacked microbial fuel cell
21
MFC performance
22
1-5-1) ideal performance
22
1-5-2) actual efficiency of MFC
24
1-5-3) Effect of operating conditions
26
1-5-4) Effect of electrode type
27
1-5-5) pH buffer and electrolyte
29
1-5-6) Proton exchange system
30
1-5-7) Operating conditions in anode chamber
31
1-5-8) Operating conditions in the cathode chamber
32
Applications
34
1-6-1) Electricity generation
34
1-6-2) Biohydrogen
36
1-6-3) Wastewater treatment
37
1-6-4) Biological sensors (Biosensors)
38
The perspective of MFCs
39
Chapter Two: Technical issues of fuel cells
41
2-1) Battery voltage and electrode potential
42
2-2) Dependence of equilibrium battery voltage on Concentration: general Nernst equation
44
2-3) metal/metal ion potentials (+M/Mz)
46
2-4) oxidation/reduction potentials (RED/OX)
48
2-5) application of Nernst equation in the dependence of RedOx potential on concentration
50
2-6) Calculation of electrode equilibrium potentials
51
2-7) Hydrogen electrode
52
2-8) Metal/insoluble salt/ion electrodes
54
2-9) Calomel electrode
56
2-10) Silver electrode/silver chloride
57
2-11) mercury-mercury sulfate electrode
59
2-12) potential of standard electrodes
60
2-13) concentration and activity
62
2-14) Debye-Hückel activity coefficient theory: point-charge model
63
2-15) Debye-Hückel activity coefficient theory: limited ion size model
65
2-16) Stokes-Robinson correction Debye-Hückel theory effect of ion-solvent interaction
66
Chapter three: Mathematical modeling of microbiological fuel cell
68
3-1) General structure of MFC intended for Modeling
69
3-2) Model development
69
3-3) Speed ??of reactions
71
3-4) Problem solving
78
3-5) Calculation of parameters
78
3-6) Discussion and conclusion
83
Chapter four: conclusions and suggestions
84
Table of contents
Title of contents
Page number
Resources
List of Persian sources
86
List of Latin sources
87
Information sites
97
English abstract
98
Source:
List of Persian sources
Mokhtarian Nader, Rahimnejad Mostafa, Najafpour Qasim, Qureshi Seyyed Ali Asghar, determination of microorganisms and suitable culture media for use In microbiological fuel cells as a clean source of energy, the 6th National Biotechnological Conference of the Islamic Republic of Iran, August 1388
List of Latin sources
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