We propose a model for liquid water in which the bonding states of each molecule are represented by a 5-level equivalent system. The structural effects are taken into account in a theoretical approach of the « mean-field » type, the mean-field (internal pressure) being supposed to decrease when the number of 4-bonded molecules increases. The model predicts the dependence of several thermodynamical parameters on T and P, and the existence of a structural stability limit which implies a divergence of α P, βT and Cp in the supercooled state. The existence of a structural critical point is discussed.Resumé. — Dans le modèle proposé, les états de liaison de chaque molécule sont représentés par un système équivalent à cinq niveaux. Les effets str...
/ Summary Water is the most important liquid on Earth, but despite an errormous cffort put into rese...
A new statistical-mechanical, analytical equation of state for water is developed based on the Song ...
Hydrogen bonded liquids like water present a rich thermodynamic behaviour due to the strength and di...
We propose a model for liquid water in which the bonding states of each molecule are represented by ...
We propose a model for liquid water in which the bonding states of each molecule are represented by ...
Four scenarios have been proposed for the low-temperature phase behavior of liquid water, each predi...
Four scenarios have been proposed for the low-temperature phase behavior of liquid water, each predi...
Nous résumons les résultats obtenus précédemment par notre analyse du réseau des liaisons hydrogène ...
A simple model of an associating fluid is proposed that accounts for the fact that hydrogen bonds ar...
We use molecular dynamics simulations to study relations between thermodymamic, structural, and dyna...
The nearly linear relationship between hydrogen-bond strength at the CCSD(T)/Aug-cc-pVTZ level and t...
The local hydrogen-bonding structure and dynamics of liquid water have been investigated using the C...
Liquid water is considered poorly understood. How are water's physical properties encoded in its mol...
International audienceMonte Carlo and molecular dynamics computer simulations using the rigid TIP4P ...
/ Summary Water is the most important liquid on Earth, but despite an errormous cffort put into rese...
/ Summary Water is the most important liquid on Earth, but despite an errormous cffort put into rese...
A new statistical-mechanical, analytical equation of state for water is developed based on the Song ...
Hydrogen bonded liquids like water present a rich thermodynamic behaviour due to the strength and di...
We propose a model for liquid water in which the bonding states of each molecule are represented by ...
We propose a model for liquid water in which the bonding states of each molecule are represented by ...
Four scenarios have been proposed for the low-temperature phase behavior of liquid water, each predi...
Four scenarios have been proposed for the low-temperature phase behavior of liquid water, each predi...
Nous résumons les résultats obtenus précédemment par notre analyse du réseau des liaisons hydrogène ...
A simple model of an associating fluid is proposed that accounts for the fact that hydrogen bonds ar...
We use molecular dynamics simulations to study relations between thermodymamic, structural, and dyna...
The nearly linear relationship between hydrogen-bond strength at the CCSD(T)/Aug-cc-pVTZ level and t...
The local hydrogen-bonding structure and dynamics of liquid water have been investigated using the C...
Liquid water is considered poorly understood. How are water's physical properties encoded in its mol...
International audienceMonte Carlo and molecular dynamics computer simulations using the rigid TIP4P ...
/ Summary Water is the most important liquid on Earth, but despite an errormous cffort put into rese...
/ Summary Water is the most important liquid on Earth, but despite an errormous cffort put into rese...
A new statistical-mechanical, analytical equation of state for water is developed based on the Song ...
Hydrogen bonded liquids like water present a rich thermodynamic behaviour due to the strength and di...