![1,3-Diazatricyclo[3.3.1.13,7]decane](/cid/57-026-0/1-3-Diazatricyclo-3-3-1-13-7-decane.png "1,3-Diazatricyclo[3.3.1.13,7]decane")
- InChI
- InChI=1S/C8H14N2/c1-7-2-9-4-8(1)5-10(3-7)6-9/h7-8H,1-6H2
- InChI Key
- QQQIDWOQAXJWFO-UHFFFAOYSA-N
- Formula
- C8H14N2
- SMILES
- C1C2CN3CC1CN(C2)C3
- Molecular Weight1
- 138.21
- CAS
- 281-29-8
- Other Names
-
- 1,3-Diazaadamantane
- 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 | 0.4040 | Relay (1.0) Calculated Property | |
| ΔfG° | 239.27 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 47.38 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 57.85 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.75 | eV | NIST |
| log10WS | -0.44 | Relay (1.0) Calculated Property | |
| logPoct/wat | 0.211 | Crippen Calculated Property | |
| McVol | 110.960 | ml/mol | McGowan Calculated Property |
| Pc | 3698.02 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 464.55 | K | Relay (1.0) Calculated Property |
| Tc | 713.69 | K | Relay (1.0) Calculated Property |
| Tfus | 543.37 | K | Relay (1.0) Calculated Property |
| Vc | 0.433 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![3,7-Diazabicyclo[3.3.1]nonane, 3,7-dimethyl-.](data:image/png;base64,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)
![7,14-Methano-2H,6H-dipyrido[1,2-a:1',2'-e][1,5]diazocine, dodecahydro-, [7S-(7«alpha»,7a«beta»,14«alpha»,14a«beta»)]-.](data:image/png;base64,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)
Find more compounds similar to 1,3-Diazatricyclo[3.3.1.13,7]decane.
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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