![Boron, tetraethylbis[«mu»-(1H-pyrazolato-N1:N2)]di-](/cid/11-434-7/Boron-tetraethylbis-mu-1H-pyrazolato-N1-N2-di.png "Boron, tetraethylbis[«mu»-(1H-pyrazolato-N1:N2)]di-")
- InChI
- InChI=1S/C14H26B2N4/c1-5-15(6-2)17-11-9-13-19(17)16(7-3,8-4)20-14-10-12-18(15)20/h9-14H,5-8H2,1-4H3
- InChI Key
- RJWRZTOOJISKSW-UHFFFAOYSA-N
- Formula
- C14H26B2N4
- SMILES
-
CC[B-]1(CC)n2ccc[n+]2[B-](CC)(
CC)[n+]2cccn21 - Molecular Weight1
- 272.00
- CAS
- 14695-69-3
- Other Names
-
- 4,4,8,8-Tetraethylpyrazabole
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH : Enthalpy of fusion at a given temperature (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).
- 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 | 0.5748 | Relay (... Calculated Property | |
| ΔfG° | 434.63 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | 126.32 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 92.36 | kJ/mol | Relay (... Calculated Property |
| IE | 8.05 | eV | Relay (... Calculated Property |
| log10WS | -3.45 | Relay (... Calculated Property | |
| logPoct/wat | 1.935 | Crippen Calculated Property | |
| Pc | 1603.94 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 609.39 | K | Relay (... Calculated Property |
| Tc | 895.13 | K | Relay (... Calculated Property |
| Tfus | 379.20 ± 0.20 | K | NIST |
| Vc | 0.819 | m3/kmol | Relay (... Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| ΔfusH | 3.22 | kJ/mol | 379.20 | NIST |
Similar Compounds
![Boron, tetrapropylbis[«mu»-(1H-pyrazolato-N1:N2)]di-.](data:image/png;base64,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)
Find more compounds similar to Boron, tetraethylbis[«mu»-(1H-pyrazolato-N1:N2)]di-.
Sources
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- Crippen Method
- Crippen Method
- NIST Webbook
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