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View Data5.0
1. The View Data program
View Data5.0
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 CuCu and O
For example, the elements CuCu and O
View Data5.0
3. The Menu Bar
Units Menu: Energy
PressureSummary Menu:
• All species containing CuCu and O• All species containing CuCu• All species containing O
EEditdit Menu:
FFileile Menu:
Double-click or «Enter» to view the compound data of CuCu
Help is provided through a slide show presentation
View Data5.0
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
View Data5.0
5. References
The full name of the database appears in the Status Bar: [C:\FactWin\FACTDATA\FACTBASE.CDB].
Bibliographic data
View Data5.0
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) = [33.5575315 - 9.13164780 × 10-3 T + 212626.807 T-2 + 6.86736674 × 10-6 T2
- 2799.24538 T-1] (J/mol·K)
View Data5.0
7. Enthalpy expressions – H(T)
H(T) = [ 7002.148876 + 33.55753148 T - 4.565823899 × 10-3 T2 - 212626.8066 T-1 + 2.289122247 × 10-6 T3 - 2799.245381 lnT] (J/mol)
View Data5.0
8. Gibbs Energy expressions – G(T)
G(T) = [ 4202.903495 + 197.3661939 T - 4.565823899 × 10-3 T2 - 106313.4033 T-1 + 1.144561123 × 10-6 T3 - 2799.245381 lnT - 33.55753148 T lnT] (J/mol) at 1 bar
View Data5.0
9. Entropy expressions – S(T)
S(T) = [ -163.8086625 + 33.55753148 lnT - 9.131647798 × 10-3 T - 106313.4033 T-2 + 3.433683370 × 10-6 T2 + 2799.245381 T-1] (J/mol·K) at 1 bar
View Data5.0
10. The Menu Bar
TTableable Menu:
DDatabases atabases Menu:
Selection of the phase(s).
Selection of the temperature range and step.
GGraph raph Menu:
Selection of thermodynamic data:CCpp, HH, GG or SS …vs TT
View Data5.0
11. Thermodynamic Data for CuCu:Tabular Output
Close Print
Save
OutputOutput Menu:
++ thermodynamic
data at T = 298.15 KT = 298.15 K
standard state
FromFrom 500 K toto 2500 Kin steps of in steps of 500 K
all phasesall phases(S, L, G)
View Data5.0
12. MagneticMagnetic data and CCpp expressions for Fe
and…
… p is the P Factor and is
the Structure FactorFeFe
View Data5.0
13. Plotted Cp data for FeFe
Curie temperature = 1043 K
View Data5.0
14. Tabular output for FeFe
The allotropic transformation
S1 S2 (alpha gamma)
at 1184.81 K
At this temperature G(S1) = G(S2) (two phases in
equilibrium).
The enthalpy of fusion is 13806.9 J at
1810.95 K.
The allotropic transition reverses at
1667.47 K where S2 S1 (gamma delta).
Phase transitions S1S2S1LG
as T increases.
The enthalpy of vaporization to form monatomic Fe(g) at 1 atm is (482861.0 - 133229.8) = 349631.2 J at 3131.93 K.
…with an associated enthalpy of transformation of (34587.3 - 33574.4) = 1012.9 J
View Data5.0
15. Real gas coefficients for carbon dioxide COCO22
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, COCO22
View Data5.0
16. Data for SiOSiO22
For example, SiOSiO22
View Data5.0
17. VolumeVolume data - expansivitiesexpansivities, compressivitiescompressivities and derivative of bulk bulk modulus.modulus.
Thermal expansion expression (expansivitiesexpansivities):
12
T KT T
c da b
Compressibility expression:
2 13
T T Mbard
a b cT
Derivative of the bulk modulus expression:
lna TbT
View Data5.0
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»
View Data5.0
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.
View Data5.0
20. Data in 2 or more compound databases
« All Databases »
1515 compounds from the FACTFACTBASE database and 22 from the SGTESGTEBASE database for a total of 1717 compounds.
View Data5.0
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 CuCu, FeFe and SS.
For example, the elements CuCu, FeFe and SS
View Data5.0
22. The solution datasets window
Help is provided through a slide show presentation
Summary Menu:
• All solutions containing CuCu, FeFe or O• All solutions containing CuCu• All solutions containing FeFe• All solutions containing O
Units Menu: Energy
Pressure
EEditdit Menu:
FFileile Menu:
The full name of the Main FACT real solutions database appears in the Status Bar: [C:\FactWin\FACTDATA\FACTSOLN.SDB].
View Data5.0
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»
View Data5.0
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.
View Data5.0
25. Data in 2 or more solution databases.
« All Databases »
A total of 1010 Solutions:44 solutions from the FACTFACT database
and 66 from the SGTESGTE database.