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FluxViewer
The
common feature of all
FluxViewer
reads the reaction flux
information from a text file that was dumped by
CHEMKIN postprocessor code KINALC (version 1.9 or higher). The program
draws the species as boxes
and the element fluxes as interconnecting arrows. Initially, a crude
("dumb computer logic")
arrangement appears, which can be improved by moving the boxes using
the drag’n’drop method.
Important connections can be emphasized by editing out the less
significant ones using
a display threshold. The optimized, nice and chemically meaningful
final figure can be
saved as a picture and printed. Development and change of the
connections with reaction progress
can be inspected as an animation.
CH4-air explosion, p= 1 atm, T0= 1200 K, lean (phi=0.7) mixture. Net fluxes of C-atoms between the species at T=1810 K.
Application of Java 2 Platform, Standard Edition (J2SE), Java Runtime Environment (JRE) is required. Program J2SE 1.4.2 or later version can be downloaded e.g. from http://java.sun.com/j2se/index.jsp Download the fluxviewer.zip package (865 kbyte) that contains the following files:
fluxviewer.jar
The Java program
Output of KINALC containing element fluxes.
H2-air explosion, p= 1 atm, T0= 1200 K, lean (phi=0.5), stoichiometric (phi=1.0) and rich (phi=2.0) mixtures H2-air_explosion_phi05.txt H2-air premixed flame, p= 1 atm, Tc= 300 K, lean (phi=0.5), stoichiometric (phi=1.0) and rich (phi=2.0) mixtures H2-air_premixedflame_phi05.txt CH4-air explosion, p= 1 atm, T0= 1200 K, lean (phi=0.7), stoichiometric (phi=1.0) and rich (phi=1.2) mixtures CH4-air_explosion_phi07.txt CH4-air premixed flame, p= 1 atm, Tc= 300 K, lean (phi=0.7), stoichiometric (phi=1.0) and rich (phi=1.2) mixtures CH4-air_premixedflame_phi07.txt Sample binary input filesThese files were saved by FluxViewer and contain not only the element fluxes, but also an arrangement of the boxes. CH4-air_explosion_phi07.fvd
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