Mixing two gasses at different temperatures for equilbrum

I am new to cantera.  I am using windows 7 Cantera 1.8 python 2.6.6  matlab.  I 
am trying to do to eqilibrum calculation steam reforming for my research. I 
trying to mix two gas but they are each at different temperatures. To load 
files i only know input phase.   Is there another command that will let me put 
two objects at two different temperatures but share a common phase?  I saw some 
of the previous example but they have all the gasses at one temperature.   

I found this one code by Rodolfo Rodrigues.  It looked like it could work but i 
was unable to run it.    

Every time i try running the code from Rodolfo Rodrigues i get the following 
error. I tried a few other reactor codes and i cant find why they dont work?   

??? Cell contents reference from a non-cell array object.

Error in ==> ReactorNet.ReactorNet at 21
  addReactor(x,reactors{i});

Error in ==> example at 101
 process = ReactorNet(gasifier);

Is there an easier way to make a mixture with two gasses at different 
temperatures and get the new mixture temperature without going into different 
phases? 

% > > > % rgasifier.m 
% > > > % 
% > > > % Rodolfo Rodrigues - LPR/UFRGS 
% > > > % rodo...@enq.ufrgs.br 
% > > > % 
% > > > % 2009/11/26 
% 
% 
% > > > %% initial data 
% > > > % biomass (fuel) 
% > > > % ultimate analysis (%wt) 
 massfrac = [0.452 0.054 0.39 0.001 0]; % C H O N S 
 moisture = 0.094; % H2O 
 ash = 0.009*[0.5 0.5]; % CaO SiO2 
 LHV = 16.4e6; % J/kg 
   % massfrac + moisture + ash = 1 
     xmass = [massfrac moisture ash]./sum([massfrac moisture ash]); 
     Mw=[12.011 1.00794 15.9994 14.00674 32.066 2*1.00794+15.9994 40.078+15.999456 28.0855+2*15.9994]; % kg/kmol 
    xmol = xmass./Mw/sum(xmass./Mw); 

     % standard enthalpy of formation 
 HfCO2 = -393.777/44; % J/kmol/(kg/kmol) = J/kg 
     HfH2O = -241.988/18; % J/kmol/(kg/kmol) = J/kg 
     HfN2 = 0; HfO2 = 0; 
     HfSO2 = -297.012/64; % J/kmol/(kg/kmol) = J/kg 

 F_f = 100; % kg/h 
 T_f = 300.0; % temperature (K) 
 P_f = OneAtm; % pressure (Pa) % enthalpy (J/kg) 
 H_f = xmass(1)*HfCO2 + (0.5*xmass(2) + xmass(6))*HfH2O + 0.5*xmass(4)*HfN2 + xmass(5)*HfSO2 + LHV - (xmass(1) + 0.25*xmass(2)- 0.5*xmass(3)+ xmass(5))*HfO2; 

 % air (oxidant) 
 phi = 0.4; % equivalent ratio 

%% load components (Baratieri et al, 2008) 
 gas = IdealGasMix('baratieri2008.cti'); 
 nsp = nSpecies(gas); 

 % find component indices 
 iC = speciesIndex(gas,'C'); 
 iH = speciesIndex(gas,'H'); 
iO = speciesIndex(gas,'O'); 
 iN = speciesIndex(gas,'N'); 
 iS = speciesIndex(gas,'S'); 
 iH2O = speciesIndex(gas,'H2O'); 
 iCaO = speciesIndex(gas,'CaO'); 
 iSiO2 = speciesIndex(gas,'SiO2'); 
 iO2 = speciesIndex(gas,'O2'); 
 iN2 = speciesIndex(gas,'N2'); 

 % preallocate variable 
 x = zeros(nsp,1); 
 % attribute values 
 x(iC,1) = xmol(1); 
 x(iH,1) = xmol(2); 
 x(iO,1) = xmol(3); 
 x(iN,1) = xmol(4); 
x(iS,1) = xmol(5); 
 x(iH2O,1) = xmol(6); 
 x(iCaO,1) = xmol(7); 
 x(iSiO2,1) = xmol(8); 

 %% build devices 
 % 1. fuel 
 set(gas,'T',T_f,'P',P_f,'X',x); % LHV, where? 
 fuel_in = Reservoir(gas); 
 fuel_Mw = meanMolarMass(gas); 
 fuel_Fw = F_f/3600; % kg/s 

 % 2. air 
 set(air); 
 air_in = Reservoir(air); 
 air_Mw = meanMolarMass(air); 
 air_Fw = 4.76*fuel_Fw/fuel_Mw*phi*(xmol(1) + 0.25*xmol(2) - 0.5*xmol(3) + xmol(5))/3600; % kg/s 

% 3. gasifier 
 set(gas); 
 gasifier = Reservoir(gas); 
%gasifier = Reactor(gas); 

 %% build flowsheet 
% build connectors 
fuel2gas  = MassFlowController(fuel_in,gasifier); 
    setMassFlowRate(fuel2gas, fuel_Fw); 
air2gas   = MassFlowController(air_in,gasifier); 
     setMassFlowRate(air2gas, air_Fw); 

 process = ReactorNet(gasifier); 
 equilibrate(process,'TP') 

 % END
Original issue reported on code.google.com by RSce...@gmail.com on 7 Oct 2011 at 8:24
dbirch997 / cantera

Mixing two gasses at different temperatures for equilbrum #58
