The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcohols and, vice versa, of aliphatic alcohols in amines were carried out. Enthalpies of specific interactions in the studied systems were calculated. The enthalpy of specific interaction determined in the alcohol medium, are significantly less than those obtained at dissolving alcohols in amines. The mechanism of specific interaction of amines with alcohols is discussed. Enthalpies of cooperative hydrogen bonds of tertiary amines with alcohol clusters are calculated. The dependences between the enthalpies of hydrogen bond and the spatial structure of interacting molecules are revealed. © 2010 Pleiades Publishing, Ltd
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcoho...
The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcoho...
The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcoho...
The work is devoted to the investigation of thermodynamics of specific interaction of the tertiary a...
The work is devoted to the investigation of thermodynamics of specific interaction of the tertiary a...
The work is devoted to the investigation of thermodynamics of specific interaction of the tertiary a...
A calorimetric method for the determination of cooperative hydrogen bonding (HB) enthalpy of proton ...
A calorimetric method for the determination of cooperative hydrogen bonding (HB) enthalpy of proton ...
A calorimetric method for the determination of cooperative hydrogen bonding (HB) enthalpy of proton ...
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcoho...
The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcoho...
The measurements of enthalpies of triethylamine and tri-n-butylamine dissolution in aliphatic alcoho...
The work is devoted to the investigation of thermodynamics of specific interaction of the tertiary a...
The work is devoted to the investigation of thermodynamics of specific interaction of the tertiary a...
The work is devoted to the investigation of thermodynamics of specific interaction of the tertiary a...
A calorimetric method for the determination of cooperative hydrogen bonding (HB) enthalpy of proton ...
A calorimetric method for the determination of cooperative hydrogen bonding (HB) enthalpy of proton ...
A calorimetric method for the determination of cooperative hydrogen bonding (HB) enthalpy of proton ...
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
Hydrogen bonding in pure aliphatic alcohols is investigated using a novel calorimetric approach. Ave...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...
Reactivity and equilibrium properties of organic molecules in self-associated liquids greatly depend...