# ----------------------------------------------- #
#   Mechanism for Low Temperature Oxidation of    # 
#  Primary Reference Fuels in FlameMaster Format  #
#                                                 #
#                     used in                     #
#                                                 #
#   Laminar Burning Velocities at High Pressure   #
#    for Primary Reference Fuels and Gasoline:    #
#    Experimental and Numerical Investigation     #
#                                                 #
#           Jerzembeck, S., Peters, N.,           #
#	Pepiot-Desjardins, P., Pitsch, H.         #
#                                                 #
#             Combust. Flame, 2008                #
# ----------------------------------------------- #


The mechanism PRF_LT.mech includes both the high temperature 
reactions from PRF_HT.mech and the additional reactions necessary 
to represent low-temperature ignition delay times for n-heptane, 
iso-octane and mixtures of both.

The instructions to pre-process the mechanism file for FlameMaster
can be found below.

Without quasi-steady state species:
-----------------------------------
Execute:
	CreateBinFile -i PRF_LT.thermo -m PRF_LT.trans -o PRF_LT.thermo.bin
	ScanMan -i PRF_LT.mech -t PRF_LT.thermo.bin -S

Then use PRF_LT.pre as mechanism file in FlameMaster computations


With quasi-steady state species:
--------------------------------
Execute:
	CreateBinFile -i PRF_LT.thermo -m PRF_LT.trans -o PRF_LT.thermo.bin
	ScanMan -i PRF_LT.mech -t PRF_LT.thermo.bin -S -R dummy

Copy the files SteadyStates.C and PRF_LT.h into ~/FlameMaster/FlameManSource directory

Compile the FlameMaster source code:
	make -C ~/FlameMaster/FlameManSource

Then use PRF_LT.pre as mechanism file in FlameMaster computations






