- InChI
- InChI=1S/C10H24N2/c1-5-7-9-11(3)12(4)10-8-6-2/h5-10H2,1-4H3
- InChI Key
- HUUBGMAZZGQSLS-UHFFFAOYSA-N
- Formula
- C10H24N2
- SMILES
- CCCCN(C)N(C)CCCC
- Molecular Weight1
- 172.31
- CAS
- 116149-14-5
- PAff : Proton affinity (kJ/mol).
- BasG : Gas basicity (kJ/mol).
- 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).
- 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 |
|---|---|---|---|
| PAff | 975.90 | kJ/mol | NIST |
| BasG | 945.20 | kJ/mol | NIST |
| ΔfG° | 254.88 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -114.67 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 27.70 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 41.94 | kJ/mol | Joback Calculated Property |
| IE | 6.72 ± 0.05 | eV | NIST |
| log10WS | -2.14 | Crippen Calculated Property | |
| logPoct/wat | 2.365 | Crippen Calculated Property | |
| McVol | 171.720 | ml/mol | McGowan Calculated Property |
| Pc | 2100.34 | kPa | Joback Calculated Property |
| Tboil | 453.08 | K | Joback Calculated Property |
| Tc | 613.08 | K | Joback Calculated Property |
| Tfus | 267.40 | K | Joback Calculated Property |
| Vc | 0.631 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [380.84; 471.05] | J/mol×K | [453.08; 613.08] | 
|
| Cp,gas | 380.84 | J/mol×K | 453.08 | Joback Calculated Property |
| Cp,gas | 397.52 | J/mol×K | 479.75 | Joback Calculated Property |
| Cp,gas | 413.52 | J/mol×K | 506.41 | Joback Calculated Property |
| Cp,gas | 428.85 | J/mol×K | 533.08 | Joback Calculated Property |
| Cp,gas | 443.53 | J/mol×K | 559.75 | Joback Calculated Property |
| Cp,gas | 457.59 | J/mol×K | 586.41 | Joback Calculated Property |
| Cp,gas | 471.05 | J/mol×K | 613.08 | Joback Calculated Property |
Similar Compounds
![2,3-Diazabicyclo[2.2.2]octane,2,3-dimethyl-,trans-.](data:image/png;base64,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)
Find more compounds similar to Hydrazine, N,N'-dibutyl-N,N'-dimethyl-.
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