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Chemkin 4.1.1 Chapter 4: Materials Problems As a simulation that marches forward from the inlet state, this sample problem has no “initial guess” for the gas composition, but Surface Fractions are provided on the Species-specific Data tab of the C1_ Plasma PFR panel. These site fractions provide initial estimates for the surface state of the channel inlet. An initial pseudo-steady calculation will be performed to determine consistent surface state based on these estimates and the inlet gas composition, prior to the channel integration. The Sheath Loss parameter on the Material-specific Data tab of the C1_ Plasma PFR panel describes the ion energy gained crossing the sheath. 4.3.2.3 Project Results Figure 4-29 shows the profile of electrical power deposited into the plasma as a function of distance down the Plug Flow Reactor. As expected, the mole fractions of the electrons and atomic chlorine, shown in Figure 4-30 and Figure 4-31, respectively, generally follow the plasma power profile, with differing degrees of non-linearity. This is consistent with the fact that the Cl is created in the plasma by electron-impact dissociation of molecular chlorine. The mole fractions for the Cl + + and Cl 2 ions, shown in Figure 4-32 also follow the plasma power profile. Figure 4-29 Spacial Chlorine Plasma—Plasma Power vs. Distance © 2007 Reaction Design 146 RD0411-C20-000-001
Chapter 4: Materials Problems <strong>Tutorials</strong> <strong>Manual</strong> Figure 4-30 Spacial Chlorine Plasma—Electron Mole Fraction Figure 4-31 Spacial Chlorine Plasma—Cl Mole Fraction RD0411-C20-000-001 147 © 2007 Reaction Design
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Chemkin 4.1.1 Contents Table of Con
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Chemkin 4.1.1 Tables List of Tables
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Tutorials Manual 4.1.1 Figures List
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List of Figures Tutorials Manual 2-
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List of Figures Tutorials Manual 4-
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Chemkin 4.1.1 1 1 Introduction The
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Chapter 1: Introduction Tutorials M
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Chemkin 4.1.1 2 2 Combustion in Gas
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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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