Tutorials Manual

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Chemkin 4.1.1 Chapter 1: Introduction the example project mentioned above, the corresponding chemistry and profile files (if used) would be located in the samples41\plasma_psr__chlorine directory. Sample problems involving multiple models or networks of reactors are treated as separate groups. In the interest of keeping computational times reasonable, the sample problems generally do not include any of the larger chemical reaction mechanisms that are often used in combustion and plasma research. Some of the mechanisms are included only for the purposes of illustration, and should not be used for scientific research or engineering projects without consulting the current scientific literature. Table 1-1 Reactor Models Used in Sample Problems Tutorial Reactor Models Used 2.1.1 Adiabatic Flame Temperature Equilibrium Calculation 2.3.1 Steady-state Gas-phase Combustion Perfectly Stirred Reactor 2.3.2 Autoignition for H2/Air Close Homogeneous Batch Reactor 2.3.3 Ignition-delay Times for Propane Autoignition Perfectly Stirred Reactor 2.3.4 Burner-stabilized Flame Premixed Burner-stabilized Flame 2.3.5 Flame Speed of Stoichiometric Methane/Air Premixed Flame 2.3.6 Parameter Study: Varying Equivalence Ratio of Propane/Air Flame Premixed Flame-speed Calculation Premixed Flame-speed Calculation 2.3.7 Hydrogen/Air Flame Opposed-flow Flame 2.4.1 Homogeneous Charge Compression Ignition (HCCI) Engine Internal Combustion Engine 2.5.1 Shock-heated Air (Shock) Normal Incident Shock 2.6.1 Gas Turbine Network Perfectly Stirred Reactor Plug Flow Reactor 2.6.2 Jet Flame Network Perfectly Stirred Reactor 2.6.3 Partially Stirred Reactor for Methane/Air Partially Stirred Reactor 2.6.4 Side Inlet on a Plug Flow Reactor Plug Flow Reactor 2.6.5 Co-flowing Non-premixed CH4/Air Flame Cylindrical Shear Flow Reactor 2.7.1 Soot Formation and Growth in a JSR/PFR Reactor Perfectly Stirred Reactor Plug Flow Reactor 3.1.1 Two-Stage Catalytic Combustor Perfectly Stirred Reactor Plug Flow Reactor Honeycomb Reactor © 2007 Reaction Design 14 RD0411-C20-000-001
Chapter 1: Introduction <strong>Tutorials</strong> <strong>Manual</strong> Table 1-1 Reactor Models Used in Sample Problems (Continued) Tutorial 3.1.2 Engine Exhaust Aftertreatment with a Transient Inlet Flow 3.2.1 Parameter Study Facility for Surface Chemistry Analysis Reactor Models Used Perfectly Stirred Reactor Honeycomb Catalytic Reactor 4.1.1 Equilibrium Analysis of Chlorosilane CVD Equilibrium 4.1.2 PSR Analysis of Steady-state Thermal CVD Plasma Perfectly Stirred Reactor 4.1.3 Approximations for a Cylindrical Channel Flow Plasma Perfectly Stirred Reactor Plug Flow Reactor Cylindrical Shear Flow 4.1.4 Deposition in a Rotating Disk Reactor Rotating Disk CVD Reactor 4.1.5 Trichlorosilane CVD in Planar Channel Flow Reactor Planar Shear Flow 4.2.1 Time-dependent Simulations of ALD Process Perfectly Stirred Reactor Stagnation Flow CVD Reactor 4.3.1 Steady-state Chlorine Plasma Plasma Perfectly Stirred Reactor 4.3.2 Spacial Chlorine Plasma PFR with Power Profile Plasma Plug Flow Reactor 4.3.3 Fluorocarbon Plasma Etching of Silicon Dioxide Plasma Perfectly Stirred Reactor 5.1.2 Reaction Mechanism for Diamond CVD Mechanism Analyzer RD0411-C20-000-001 15 © 2007 Reaction Design
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Page 7 and 8: Tutorials Manual 4.1.1 Figures List
Page 9 and 10: List of Figures Tutorials Manual 2-
Page 11 and 12: List of Figures Tutorials Manual 4-
Page 13: Chemkin 4.1.1 1 1 Introduction The
Page 17 and 18: Chemkin 4.1.1 2 2 Combustion in Gas
Page 19 and 20: Chapter 2: Combustion in Gas-phase
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Chapter 2: Combustion in Gas-phase
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Chemkin 4.1.1 3 3 Catalytic Process
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Chapter 3: Catalytic Processes Tuto
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Chemkin 4.1.1 4 4 Materials Problem
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Chapter 4: Materials Problems Tutor
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Chemkin 4.1.1 5 5 Chemical Mechanis
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Chapter 5: Chemical Mechanism Analy
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Tutorials Manual 4.1.1 Index Index
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Index Tutorials Manual normalized s
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Tutorials Manual

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