- InChI
- InChI=1S/C16H36O6P2/c1-5-9-15-23(17,19-7-3)21-13-11-12-14-22-24(18,20-8-4)16-10-6-2/h5-16H2,1-4H3
- InChI Key
- AGCWSTJSKCQZHB-UHFFFAOYSA-N
- Formula
- C16H36O6P2
- SMILES
-
CCCCP(=O)(OCC)OCCCCOP(=O)(CCCC
)OCC - Molecular Weight1
- 386.40
- CAS
- 5284-06-0
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- McVol : McGowan's characteristic volume (ml/mol).
- Pc : Critical Pressure (kPa).
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ω | 0.9205 | Relay (... Calculated Property | |
| ΔfG° | -580.30 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -1351.14 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 101.67 | kJ/mol | Relay (... Calculated Property |
| IE | 9.14 | eV | Relay (... Calculated Property |
| log10WS | -2.91 | Relay (... Calculated Property | |
| logPoct/wat | 5.859 | Crippen Calculated Property | |
| McVol | 312.440 | ml/mol | McGowan Calculated Property |
| Pc | 1414.98 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 655.39 | K | Relay (... Calculated Property |
| Tc | 779.34 | K | Relay (... Calculated Property |
| Tfus | 221.97 | K | Relay (... Calculated Property |
| Vc | 1.205 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![4-Bis[(tert-butyldimethylsilyl)oxy]phosphoryl-N-(tert-butyldimethylsilyl)butan-1-amine.](data:image/png;base64,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)
Find more compounds similar to Phosphonic acid, butyl-, ethyl ester, diester with 1,4-butanediol.
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