![8-Azabicyclo[3.2.1]octan-3-ol,8-methyl-methylcarbamate(ester),exo-](/cid/122-680-1/8-Azabicyclo-3-2-1-octan-3-ol-8-methyl-methylcarbamate-ester-exo.png "8-Azabicyclo[3.2.1]octan-3-ol,8-methyl-methylcarbamate(ester),exo-")
- InChI
- InChI=1S/C10H18N2O2/c1-11-10(13)14-9-5-7-3-4-8(6-9)12(7)2/h7-9H,3-6H2,1-2H3,(H,11,13)
- InChI Key
- UJPUERKEXKHUAG-UHFFFAOYSA-N
- Formula
- C10H18N2O2
- SMILES
- CNC(=O)OC1CC2CCC(C1)N2C
- Molecular Weight1
- 198.26
- CAS
- 67139-53-1
- 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 | 0.5548 | Relay (... Calculated Property | |
| ΔfG° | -39.28 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -425.17 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 83.81 | kJ/mol | Relay (... Calculated Property |
| IE | 7.80 ± 0.15 | eV | NIST |
| log10WS | -0.55 | Relay (... Calculated Property | |
| logPoct/wat | 0.968 | Crippen Calculated Property | |
| McVol | 157.440 | ml/mol | McGowan Calculated Property |
| Pc | 2664.14 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 539.45 | K | Relay (... Calculated Property |
| Tc | 801.28 | K | Relay (... Calculated Property |
| Tfus | 400.22 | K | Relay (... Calculated Property |
| Vc | 0.568 | m3/kmol | Relay (... Calculated Property |
Similar Compounds
![8-Azabicyclo[3.2.1]octan-3-ol,8-methyl-methylcarbamate(ester),endo-.](data:image/png;base64,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)
Find more compounds similar to 8-Azabicyclo[3.2.1]octan-3-ol,8-methyl-methylcarbamate(ester),exo-.
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