- InChI
- InChI=1S/C13H32N2OSi2/c1-12(2,3)17(7,8)14-11(16)15-18(9,10)13(4,5)6/h1-10H3,(H2,14,15,16)
- InChI Key
- CPFXZLNBOKFILH-UHFFFAOYSA-N
- Formula
- C13H32N2OSi2
- SMILES
-
CC(C)(C)[Si](C)(C)NC(=O)N[Si](
C)(C)C(C)(C)C - Molecular Weight1
- 288.58
- CAS
- 82475-73-8
- Other Names
-
- Urea, N,N'-diTBDMS
- Urea diTBDMS
- Urea, 2tbdms 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 | 0.6046 | Relay (1.0) Calculated Property | |
| ΔfG° | 106.83 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | -593.43 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 72.06 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.09 | eV | Relay (1.0) Calculated Property |
| log10WS | -3.62 | Relay (1.0) Calculated Property | |
| logPoct/wat | 4.296 | Crippen Calculated Property | |
| Pc | 1949.36 | kPa | Relay (1.0-beta) Calculated Property |
| Inp | [1671.00; 1671.00] |
|
|
| Inp | 1671.00 | NIST | |
| Inp | 1671.00 | NIST | |
| Tboil | 514.93 | K | Relay (1.0) Calculated Property |
| Tc | 784.30 | K | Relay (1.0) Calculated Property |
| Tfus | 448.16 | K | Relay (1.0) Calculated Property |
| Vc | 0.975 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![Propanoic acid, 2-[(tert-butyldimethylsilyl)amino]-2-methyl-, tert-butyldimethylsilyl ester.](data:image/png;base64,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)
Find more compounds similar to Urea, N,N'-bis(tert-butyldimethylsilyl)-.
Sources
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- Crippen Method
- NIST Webbook
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