- InChI
- InChI=1S/C13H26O2Si/c1-11(2)8-7-9-12(3)10-13(14)15-16(4,5)6/h8,12H,7,9-10H2,1-6H3
- InChI Key
- NVBOIUPUPKAOBL-UHFFFAOYSA-N
- Formula
- C13H26O2Si
- SMILES
-
CC(C)=CCCC(C)CC(=O)O[Si](C)(C)
C - Molecular Weight1
- 242.43
- Other Names
-
- (R)-(+)-citronellic acid, tms derivative
- 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.
- Pc : Critical Pressure (kPa).
- Inp : Non-polar retention indices.
- 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 | 0.5504 | Relay (... Calculated Property | |
| ΔfG° | -162.36 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -674.69 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 62.53 | kJ/mol | Relay (... Calculated Property |
| IE | 8.91 | eV | Relay (... Calculated Property |
| log10WS | -3.65 | Relay (... Calculated Property | |
| logPoct/wat | 4.137 | Crippen Calculated Property | |
| Pc | 1379.17 | kPa | Relay (... Calculated Property ⚠️ |
| Inp | [1383.20; 1383.20] |
|
|
| Inp | 1383.20 | NIST | |
| Inp | 1383.20 | NIST | |
| Tboil | 488.59 | K | Relay (... Calculated Property |
| Tc | 662.48 | K | Relay (... Calculated Property |
| Tfus | 216.91 | K | Relay (... Calculated Property |
| Vc | 0.816 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![Silane, [(3,7-dimethyl-6-octenyl)oxy]trimethyl-.](data:image/png;base64,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)
Find more compounds similar to (R)-(+)-Citronellic acid, trimethylsilyl ester.
Sources
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- Crippen Method
- Crippen Method
- NIST Webbook
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