![N-[4-aminobutyl]-1,5-diaminopentane, tris-MOC derivative](/cid/12-037-7/N-4-aminobutyl-1-5-diaminopentane-tris-MOC-derivative.png "N-[4-aminobutyl]-1,5-diaminopentane, tris-MOC derivative")
- InChI
- InChI=1S/C15H29N3O6/c1-22-13(19)16-9-5-4-7-11-18(15(21)24-3)12-8-6-10-17-14(20)23-2/h4-12H2,1-3H3,(H,16,19)(H,17,20)
- InChI Key
- JSWKTZMGYFVJBM-UHFFFAOYSA-N
- Formula
- C15H29N3O6
- SMILES
-
COC(=O)NCCCCCN(CCCCNC(=O)OC)C(
=O)OC - Molecular Weight1
- 347.41
- ω : Acentric Factor.
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- 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).
- 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).
- Inp : Non-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 |
|---|---|---|---|
| ω | 1.0736 | Relay (1.0) Calculated Property | |
| ΔfG° | -336.78 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -1235.70 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 56.19 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 119.14 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.73 | eV | Relay (1.0) Calculated Property |
| log10WS | -1.97 | Relay (1.0) Calculated Property | |
| logPoct/wat | 1.717 | Crippen Calculated Property | |
| McVol | 274.470 | ml/mol | McGowan Calculated Property |
| Pc | 1605.13 | kPa | Joback Calculated Property |
| Inp | 2570.00 | NIST | |
| Tboil | 615.10 | K | Relay (1.0) Calculated Property |
| Tc | 851.42 | K | Relay (1.0) Calculated Property |
| Tfus | 343.52 | K | Relay (1.0) Calculated Property |
| Vc | 1.016 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [884.98; 949.82] | J/mol×K | [884.25; 1083.75] | 
|
| Cp,gas | 884.98 | J/mol×K | 884.25 | Joback Calculated Property |
| Cp,gas | 898.63 | J/mol×K | 917.50 | Joback Calculated Property |
| Cp,gas | 911.13 | J/mol×K | 950.75 | Joback Calculated Property |
| Cp,gas | 922.50 | J/mol×K | 984.00 | Joback Calculated Property |
| Cp,gas | 932.73 | J/mol×K | 1017.25 | Joback Calculated Property |
| Cp,gas | 941.83 | J/mol×K | 1050.50 | Joback Calculated Property |
| Cp,gas | 949.82 | J/mol×K | 1083.75 | Joback Calculated Property |
Similar Compounds
![N*1*-[4-(4-Amino-butylamino)-butyl]-butane-1,4-diamine, tetrakis-MOC derivative.](data:image/png;base64,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)
![N*1*-[3-(4-Amino-butylamino)-propyl]-butane-1,4-diamine, tetrakis-MOC derivative.](data:image/png;base64,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)
Find more compounds similar to N-[4-aminobutyl]-1,5-diaminopentane, tris-MOC derivative.
Sources
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