Array ( [reaction] => 1 )











- properties of a species or chemical reaction
Download Reaction-Web Slide Show

Units

Reactants
=
 
Amount
Species
Phase
T
P
Activity
 
             

Non standard states
Chemical formulas are listed in Compound-Web.
   

Examples:

Cu
[most stable]

 
- Properties of a species.
4 Cu + 1 O2 = 2 Cu2O
[default phases]
  - Example of a simple isothermal standard reaction - oxidation of Cu
4 Cu
 + 
1 O2
 = 
2 Cu2O
[solid]   [gas]   [solid]
 
- Equilibrium involving species which are not in their standard states - equilibrium constant Keq.
Al = Al
[default phases]
  - Enthalpy changes - heating Al from 300 K to the temperature T.
Cu
 = 
Cu
[solid]   [liquid]
 
- Computation of Cu-liquidus in an ideal binary solution
1 CH4
 + 
2 O2
 = 
2 H2O
 + 
1 CO2
[gas]
  [gas]   [gas stream]  
[gas]
  - Adiabatic reaction - combustion of CH4
Cu[++]
 + 
H2
 = 
Cu
 + 
2 H[+]
[aqueous]
  [gas]   [solid]  
[aqueous]
 
- Hydrogen reduction of aqueous Cu ion
C
 = 
C
[graphite]   [diamond]
 
- Effect of pressure on the graphite to diamond transition

Reaction-WebPlus calculates changes in extensive thermochemical functions (H, G, V, S, Cp, A) for a species, a group of species, or a chemical reaction. Reactions may non-isothermal and the reactants may be in non-standard states.  Data are automatically retrieved from FactPS  - the  pure substances database. For details and worked examples download the Reaction-WebPlus Slide Show.
In the Reaction module of the package, data may also be retrieved from private and other databases. Spreadsheets can be generated and figures plotted that then may be exported into other applications such as Excel. For more on  visit www.factsage.com
.

FactSage:

To cite FactSage in a publication, please use the following:
C. W. Bale, E. Bélisle, P. Chartrand, S. A. Decterov, G. Eriksson, A.E. Gheribi, K. Hack, I. H. Jung, Y. B. Kang, J. Melançon, A. D. Pelton, S. Petersen, C. Robelin. J. Sangster and M-A. Van Ende, FactSage Thermochemical Software and Databases, 2010-2016, Calphad, vol. 54, pp 35-53, 2016 <www.factsage.com>

Fact-Web:

If you employ the results of Fact-Web calculations in a publication make sure that you are aware of the limitations of the calculation.  This is particularly important in Equilib-Web which does not have access to real solution data.

To cite Fact-Web or one of its modules in a publication please use the following reference:
C. W. Bale and E. Bélisle, Fact-Web suite of interactive programs, www.factsage.com