1. View Data
1. The View Data program

2. 2. View Data of a Compound Database
Pressure and Energy units
Compound Database
Possibility to add other databases in the data search - see slide 18
Click on «OK» to scan the Main FACT pure substance database for all species of Cu and O
For example, the elements Cu and O

3. Double-click or «Enter» to view the compound data of Cu
View Data
3. The Menu Bar
Units Menu: Energy
Pressure
Summary Menu:
All species containing Cu and O
All species containing Cu
All species containing O
Edit Menu:
File Menu:
Double-click or «Enter» to view the compound data of Cu
Help is provided through a slide show presentation

4. Species name, formula weight and density
View Data
4. Phases
Retrieval of data on Cu from the Main FACT pure substances database.
There are 2 temperature ranges for Cu (liq) – each has its own CP expression.
Cu has 3 phases – S, L and G.
3 phases
Species name, formula weight and density
References

5. View Data 5. References Bibliographic data
The full name of the database appears in the Status Bar: [C:\FactWin\FACTDATA\FACTBASE.CDB].
Bibliographic data

6. 6. Heat capacity expressions – Cp(T)
View Data
6. Heat capacity expressions – Cp(T)
Note that the 2nd Cp expression for the liquid is constant at temperatures over 900 K.
The heat capacity expression of solid copper between 298 K and 1100K is:
Cp(T) = [ × 10-3 T T × 10-6 T2
T-1] (J/mol·K)

7. 7. Enthalpy expressions – H(T)
View Data
7. Enthalpy expressions – H(T)
H(T) = [ T × 10-3 T T × 10-6 T lnT] (J/mol)

8. 8. Gibbs Energy expressions – G(T)
View Data
8. Gibbs Energy expressions – G(T)
G(T) = [ T × 10-3 T T × 10-6 T lnT T lnT] (J/mol) at 1 bar

9. 9. Entropy expressions – S(T)
View Data
9. Entropy expressions – S(T)
S(T) = [ lnT × 10-3 T T × 10-6 T T-1] (J/mol·K) at 1 bar

10. View Data 10. The Menu Bar * Table Menu: Databases Menu:
Selection of the phase(s).
Selection of the temperature range and step.
Graph Menu: *
Selection of thermodynamic data:
Cp, H, G or S …vs T

11. 11. Thermodynamic Data for Cu: Tabular Output
View Data
11. Thermodynamic Data for Cu: Tabular Output
Close
Print
Save
Output Menu:
+ thermodynamic data at
T = K
standard state
From 500 K to 2500 K
in steps of 500 K
all phases
(S, L, G)

12. 12. Magnetic data and Cp expressions for Fe
View Data
12. Magnetic data and Cp expressions for Fe
and…
… p is the P Factor and b is the Structure Factor Fe

13. View Data
13. Plotted Cp data for Fe
Curie temperature = 1043 K

14. View Data 14. Tabular output for Fe
The allotropic transformation
S1 ® S2
(alpha ® gamma) at K
At this temperature G(S1) = G(S2) (two phases in equilibrium).
The enthalpy of fusion is J at K.
The allotropic transition reverses at K where S2 ® S1 (gamma ® delta).
Phase transitions S1®S2®S1®L®G as T increases.
The enthalpy of vaporization to form monatomic Fe(g) at 1 atm is ( ) = J at K.
…with an associated enthalpy of transformation of ( ) = J

15. 15. Real gas coefficients for carbon dioxide CO2
View Data
15. Real gas coefficients for carbon dioxide CO2
B is estimated by the Tsonopoulos method from Pc, Tc, Vc, omega (the acentric factor) and the dipole moment. Gases are treated as non-polar. For ideal gases, the value of B is zero.
The truncated virial equation of state is employed to treat real gases:
For example, CO2

16. View Data
16. Data for SiO2
For example, SiO2

17. View Data
17. Volume data - expansivities, compressivities and derivative of bulk modulus.
Thermal expansion expression (expansivities):
Compressibility expression:
Derivative of the bulk modulus expression:

18. 18. Adding a compound database to the list.
View Data
18. Adding a compound database to the list.
1. Press the « Add… » button in the Compound Databases (1) frame.
3. This opens the dialog box “Compound - list of databases”. Type in the full name or browse to locate.
2. Select «compound»

19. 19. Adding a compound database to the list. (continued)
View Data
19. Adding a compound database to the list. (continued)
4. Enter a nickname (4 characters).
Enter a description (one line).
Click on «OK».
5. The SGTE database is now included in the list of compound databases.

20. 20. Data in 2 or more compound databases
View Data
20. Data in 2 or more compound databases
« All Databases »
15 compounds from the FACTBASE database and 2 from the SGTEBASE database for a total of 17 compounds.

21. 21. View Data of a Solution Database
Pressure and Energy units
Solution Database
Possibility to add other databases in the data search – see slide 23.
Click on «OK» to scan the Main FACT real solutions database for all solutions containing Cu, Fe and S.
For example, the elements Cu, Fe and S

22. 22. The solution datasets window
View Data
22. The solution datasets window
Help is provided through a slide show presentation
Summary Menu:
All solutions containing Cu, Fe or O
All solutions containing Cu
All solutions containing Fe
All solutions containing O
Units Menu: Energy
Pressure
Edit Menu:
File Menu:
The full name of the Main FACT real solutions database appears in the Status Bar: [C:\FactWin\FACTDATA\FACTSOLN.SDB].

23. 23. Adding a solution database to the list.
View Data
23. Adding a solution database to the list.
1. Press « Add… » button in the Solution Databases (1) frame.
3. This opens the dialog box “Solution - list of databases”. Type in the full name or browse to locate.
2. Select «solution»

24. 24. Adding a solution database to the list. (continued)
View Data
24. Adding a solution database to the list. (continued)
4. Enter a nickname (4 characters).
Enter a description (one line).
Click on «OK».
5. The SGTE database is now included in the database list.

25. 25. Data in 2 or more solution databases.
View Data
25. Data in 2 or more solution databases.
« All Databases »
A total of 10 Solutions:
4 solutions from the FACT database and 6 from the SGTE database.