SSUB: SGTE Substances Database Revision History
| Current Database Version | |
|---|---|
|
Database name (acronym): |
SGTE Substances Database (SSUB) |
|
Database owner: |
Scientific Group Thermodata Europe (SGTE) |
|
Database version: |
7.0 |
|
First release: |
SSUB1 was released in 1992. |
Changes in the Most Recent Database Release
SSUB6 to SSUB7
Software release version: 2023b (June 2023)
There are now 3388 condensed stoichiometric compound phases and one huge gaseous mixture phase. The database contains assessed thermochemical data for 5985 substances (3388 condensed compounds and 2597 gaseous species). This is an increase of 200 condensed compounds and 39 gaseous species for this version.
Previous Releases
SSUB5 to SSUB6
Software release version: 2017b (October 2017)
As an upgrade of SSUB5, the SSUB6 SGTE Substances Database is a large thermochemical database that an additional 90 substances included, bringing the total to 5746 pure condensed compounds or gaseous species.
- 3188 condensed stoichiometric compound phases.
- One huge gaseous mixture phase, which contains 2558 gaseous species, is the only solution phase in the database, and it is treated as ideal (in both equation of state (EOS) and mixing behaviors) at all temperatures, pressures and compositions.
New Substances in SSUB6
| Name | Temperature max (K) |
|
AG1BR1C1H5N1<S> |
310 |
| AG1BR1H3N1<S> | 310 |
| AG1BR1H9N3<S> | 310 |
| AG1C1CL1H5N1<S> | 310 |
| AG1C1N1O1<S> | 310 |
| AG1C1N1S1<S> | 300 |
| AG1C2H3O2<S> | 310 |
| AG1CL1H3N1<S> | 310 |
| AG1CL1H9N3<S> | 310 |
| AG1F1H4O2<S> | 300 |
| AG1F1H8O4<S> | 300 |
| AG1I1O3<S> | 300 |
| AG1N3<S> | 310 |
| AG2O3<S> | 310 |
| AG2S1O3<S> | 310 |
| AG2SE1O3<S> | 310 |
| AG2SE1O4<S> | 310 |
| AG2TE1<S> | 900 |
| AL1B3H12<G> | 1000 |
| AL1B3H12<L> | 300 |
| AL1C1H2NA1O5<S> | 500 |
| AL1C3H9<L> | 300 |
| AL1CL6FE1<G> | 1500 |
| AL1H12N3O15<S> | 300 |
| AL2C6H18<G> | 1000 |
| AL2H12O18S3<S> | 300 |
| AL2SR1<S> | 9600 |
| AL4SR1<S> | 9600 |
| AL7SR8<S> | 9600 |
| AM1CL2<L> | 1500 |
| AM1CL2<S> | 1500 |
| AM1CL3<L> | 1500 |
| AM1CL3<S> | 1147 |
| AM1O1<G> | 3000 |
| AM1O2<G> | 3000 |
| AM1O2<S> | 2000 |
| AS1O6SB3<G> | 1100 |
| AS1SE1<G> | 1800 |
| AS1SE1<S> | 673 |
| AS2O6SB2<G> | 1100 |
| AS3O6SB1<G> | 1100 |
| AS4SE3<G> | 1000 |
| AS4SE3<S> | 440 |
| AU1O4RE1<S> | 673 |
| B1C1H3O1<G> | 300 |
| B1C2H7O2<G> | 300 |
| B1C2H7O2<L> | 310 |
| B1C3H9<G> | 300 |
| B1C3H9<L> | 310 |
| B1C3H9O3<G> | 1000 |
| B1C3H9O3<L> | 300 |
| B1C4H14N1<S> | 310 |
| B1C6H15<G> | 1000 |
| B1C6H15<L> | 300 |
| B1CL3H3P1<S> | 310 |
| B4S6<G> | 1000 |
| BA1BR2H2O7<S> | 300 |
| BA1BR2H4O2<S> | 310 |
| BA1BR2O6<S> | 310 |
| BA1CL2H2O1<S> | 310 |
| BA1CL2H4O2<S> | 300 |
| BA1CL2H6O11<S> | 310 |
| BA1CL2O4<S> | 310 |
| BA1F6SI1<S> | 310 |
| BA1H18O10<S> | 310 |
| BA1H2I2O7<S> | 310 |
| BA1H2N6O1<S> | 310 |
| BA1H8O12RE2<S> | 310 |
| BA1I2O6<S> | 310 |
| BA1O3SE1<S> | 310 |
| BA1O4SE1<S> | 310 |
| BA1O4SR1TI1<S> | 300 |
| BA1SE1<S> | 310 |
| BE1H4O6S1<S> | 500 |
| BE1SE1<S> | 310 |
| BE1TE1<S> | 310 |
| BI1NA3O4<S> | 700 |
| BI2TE1<S> | 310 |
| BR2CA1H12O6<S> | 310 |
| C2CA1H2O5<S> | 300 |
| CA10F2O24P6<S> | 300 |
| CA1CL2H12O6<S> | 330 |
| CA1CL2H8O8<S> | 310 |
| CA1FE1O6SI2<S> | 3000 |
| CA1H12I2O12<S> | 310 |
| CA1H4O5S1<S> | 300 |
| CA1H4O6SE1<S> | 310 |
| CA1H6O9P2<S> | 300 |
| CA1I2O6<S> | 310 |
| CA1O6P2<C> | 2000 |