- InChI
- InChI=1S/C15H17OP/c1-13(2)17(16,14-9-5-3-6-10-14)15-11-7-4-8-12-15/h3-13H,1-2H3
- InChI Key
- CLPTUIWEBUOUCQ-UHFFFAOYSA-N
- Formula
- C15H17OP
- SMILES
- CC(C)P(=O)(c1ccccc1)c1ccccc1
- Molecular Weight1
- 244.27
- CAS
- 2959-75-3
- Other Names
-
- Isopropyldiphenylphosphine oxide
- Phosphine oxide, (1-methylethyl)diphenyl-
- Phosphine oxide, isopropyldiphenyl-
- i-C3H7(C6H5)2PO
- ω : Acentric Factor.
- PAff : Proton affinity (kJ/mol).
- BasG : Gas basicity (kJ/mol).
- 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 | 0.4709 | Relay (1.0) Calculated Property | |
| PAff | 908.90 | kJ/mol | NIST |
| BasG | 876.40 | kJ/mol | NIST |
| ΔfG° | 138.85 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -29.36 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 89.77 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.45 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.19 | Relay (1.0) Calculated Property | |
| logPoct/wat | 3.409 | Crippen Calculated Property | |
| McVol | 201.020 | ml/mol | McGowan Calculated Property |
| Pc | 2139.56 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 620.96 | K | Relay (1.0) Calculated Property |
| Tc | 840.35 | K | Relay (1.0) Calculated Property |
| Tfus | 410.22 | K | Relay (1.0) Calculated Property |
| Vc | 0.698 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1H-Pyrazolo[4,3-d]pyrimidine, 7-amino-3-«beta»-D-ribofuranosyl-.](data:image/png;base64,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)
Find more compounds similar to (CH3)2CHP(C6H5)2=O.
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- McGowan Method
- NIST Webbook
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