![2,3-Dihydro-ih-pyrrolo[1,2-a] benzimidazole](/cid/85-973-8/2-3-Dihydro-ih-pyrrolo-1-2-a-benzimidazole.png "2,3-Dihydro-ih-pyrrolo[1,2-a] benzimidazole")
- InChI
- InChI=1S/C10H10N2/c1-2-5-9-8(4-1)11-10-6-3-7-12(9)10/h1-2,4-5H,3,6-7H2
- InChI Key
- RUFZNDNBXKOZQV-UHFFFAOYSA-N
- Formula
- C10H10N2
- SMILES
- c1ccc2c(c1)nc1n2CCC1
- Molecular Weight1
- 158.20
- CAS
- 7724-48-3
- Other Names
-
- 2,3-dihydro-1H-pyrrolo[1,2-a]benzimidazole
- 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 | 0.4883 | Relay (1.0) Calculated Property | |
| ΔfG° | 297.83 | kJ/mol | Relay (1.0-beta) Calculated Property |
| ΔfH°gas | 187.42 | kJ/mol | Relay (1.0) Calculated Property |
| ΔvapH° | 70.39 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 7.99 | eV | Relay (1.0) Calculated Property |
| log10WS | -2.09 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.982 | Crippen Calculated Property | |
| McVol | 121.940 | ml/mol | McGowan Calculated Property |
| Pc | 4040.37 | kPa | Relay (1.0-beta) Calculated Property |
| Tboil | 588.17 | K | Relay (1.0) Calculated Property |
| Tc | 853.72 | K | Relay (1.0) Calculated Property |
| Tfus | 362.00 | K | Relay (1.0) Calculated Property |
| Vc | 0.483 | m3/kmol | Relay (1.0) Calculated Property |
Similar Compounds
![1,2,3,4-Tetrahydropyrido-[1,2-a] benzimidazole.](data:image/png;base64,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)
Find more compounds similar to 2,3-Dihydro-ih-pyrrolo[1,2-a] benzimidazole.
Sources
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- 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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