- InChI
- InChI=1S/C13H10O/c14-13-11-7-3-1-5-9(11)10-6-2-4-8-12(10)13/h1-8,13-14H
- InChI Key
- AFMVESZOYKHDBJ-UHFFFAOYSA-N
- Formula
- C13H10O
- SMILES
- OC1c2ccccc2-c2ccccc21
- Molecular Weight1
- 182.22
- CAS
- 1689-64-1
- Other Names
-
- 9-fluorenol
- 9-hydroxyfluorene
- 9H-Fluorene-9-ol
- Diphenylene carbinol
- Fluoren-9-ol
- Fluorenol
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- η : Dynamic viscosity (Pa×s).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- ΔvapH : Enthalpy of vaporization at a given temperature (kJ/mol).
- 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).
- Psub : Sublimation pressure (kPa).
- Inp : Non-polar retention indices.
- I : 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 |
|---|---|---|---|
| ΔfG° | 212.27 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 71.36 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 24.20 | kJ/mol | Experim... |
| ΔvapH° | 66.66 | kJ/mol | Joback Calculated Property |
| log10WS | -4.14 | Crippen Calculated Property | |
| logPoct/wat | 2.749 | Crippen Calculated Property | |
| McVol | 141.520 | ml/mol | McGowan Calculated Property |
| Pc | 3620.24 | kPa | Joback Calculated Property |
| Inp | [280.50; 1791.00] |
|
|
| Inp | 1791.00 | NIST | |
| Inp | 1704.00 | NIST | |
| Inp | 280.50 | NIST | |
| Inp | 1791.00 | NIST | |
| Inp | 280.50 | NIST | |
| I | 2473.00 | NIST | |
| Tboil | 650.54 | K | Joback Calculated Property |
| Tc | 876.67 | K | Joback Calculated Property |
| Tfus | 427.60 ± 2.00 | K | NIST |
| Vc | 0.539 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [357.87; 416.67] | J/mol×K | [650.54; 876.67] |
|
| Cp,gas | 357.87 | J/mol×K | 650.54 | Joback Calculated Property |
| Cp,gas | 369.52 | J/mol×K | 688.23 | Joback Calculated Property |
| Cp,gas | 380.30 | J/mol×K | 725.92 | Joback Calculated Property |
| Cp,gas | 390.30 | J/mol×K | 763.60 | Joback Calculated Property |
| Cp,gas | 399.63 | J/mol×K | 801.29 | Joback Calculated Property |
| Cp,gas | 408.38 | J/mol×K | 838.98 | Joback Calculated Property |
| Cp,gas | 416.67 | J/mol×K | 876.67 | Joback Calculated Property |
| η | [0.0002555; 0.0022872] | Pa×s | [399.95; 650.54] |
|
| η | 0.0022872 | Pa×s | 399.95 | Joback Calculated Property |
| η | 0.0013355 | Pa×s | 441.72 | Joback Calculated Property |
| η | 0.0008557 | Pa×s | 483.48 | Joback Calculated Property |
| η | 0.0005886 | Pa×s | 525.25 | Joback Calculated Property |
| η | 0.0004277 | Pa×s | 567.01 | Joback Calculated Property |
| η | 0.0003248 | Pa×s | 608.77 | Joback Calculated Property |
| η | 0.0002555 | Pa×s | 650.54 | Joback Calculated Property |
| ΔvapH | [48.90; 50.40] | kJ/mol | [435.00; 505.00] |
|
| ΔvapH | 50.40 | kJ/mol | 435.00 | NIST |
| ΔvapH | 49.70 | kJ/mol | 465.00 | NIST |
| ΔvapH | 48.90 | kJ/mol | 505.00 | NIST |
| Psub | [2.10e-05; 1.03e-03] | kPa | [326.10; 366.10] |
|
| Psub | 2.10e-05 | kPa | 326.10 | Vapor p... |
| Psub | 2.44e-05 | kPa | 327.50 | Vapor p... |
| Psub | 3.15e-05 | kPa | 329.80 | Vapor p... |
| Psub | 3.74e-05 | kPa | 331.30 | Vapor p... |
| Psub | 5.12e-05 | kPa | 334.90 | Vapor p... |
| Psub | 1.01e-04 | kPa | 340.90 | Vapor p... |
| Psub | 1.15e-04 | kPa | 342.60 | Vapor p... |
| Psub | 1.23e-04 | kPa | 343.60 | Vapor p... |
| Psub | 1.44e-04 | kPa | 344.70 | Vapor p... |
| Psub | 1.59e-04 | kPa | 346.10 | Vapor p... |
| Psub | 1.86e-04 | kPa | 347.40 | Vapor p... |
| Psub | 2.76e-04 | kPa | 351.20 | Vapor p... |
| Psub | 4.02e-04 | kPa | 355.10 | Vapor p... |
| Psub | 5.60e-04 | kPa | 358.70 | Vapor p... |
| Psub | 7.40e-04 | kPa | 361.90 | Vapor p... |
| Psub | 1.03e-03 | kPa | 366.10 | Vapor p... |
Similar Compounds
![2,9b-Dihydrofurano[4,3,2-jk]fluorene.](data:image/png;base64,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)
Find more compounds similar to 9H-Fluoren-9-ol.
Sources
- Crippen Method
- Crippen Method
- Vapor pressures and sublimation enthalpies of seven heteroatomic aromatic hydrocarbons measured using the Knudsen effusion technique
- Experimental and Computational Study of the Thermodynamic Properties of 9-Fluorenone and 9-Fluorenol
- Joback Method
- McGowan Method
- NIST Webbook
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