IAPS issued a release on the temperature dependence of surface tension of an ordinary water substance in 1976. The equation for the surface tension recommended in the release is used also in the revised release, that was published in 2014. But since then, there have been many changes. Many new measurements have been published, also in the supercooled water region. A new temperature scale has appeared (ITS-90). That is why we have created a new correlation for the temperature dependence of surface tension of water. Our correlation is based on the theory of a critical point. We analyzed all existing experimental data, including the new experiments from the supercooled water region
Wang X, Binder K, Chen C, et al. Second inflection point of water surface tension in the deeply supe...
We consider the calculation of the surface tension from simulations of several models of water, such...
The theory of surface tension/energy components has been widely used to predict interfacial interact...
IAPS issued a release on the temperature dependence of surface tension of an ordinary water substanc...
The results of surface-tension measurements for supercooled water are presented. A total of 702 indi...
A thermodynamic study of one component liquid-vapor planar interfaces and the temperature dependence...
The results of surface-tension measurements for supercooled water are presented. A total of 702 indi...
Measurements of the surface tension of supercooled water down to -25 °C have been reported recently ...
Measurements of the surface tension of supercooled water down to -25 °C have been reported recently ...
Abstract. The surface tension of supercooled demineralized water in liquid state was measured using ...
The surface tension of supercooled demineralized water in liquid state was measured using the elevat...
The surface tension of supercooled demineralized water in liquid state was measured using the elevat...
The surface tension of supercooled demineralized water in liquid state was measured using the elevat...
Measurements of the surface tension of supercooled water down to −25 °C have been reported recently ...
The surface tension of supercooled water is of fundamental importance in physical chemistry and mate...
Wang X, Binder K, Chen C, et al. Second inflection point of water surface tension in the deeply supe...
We consider the calculation of the surface tension from simulations of several models of water, such...
The theory of surface tension/energy components has been widely used to predict interfacial interact...
IAPS issued a release on the temperature dependence of surface tension of an ordinary water substanc...
The results of surface-tension measurements for supercooled water are presented. A total of 702 indi...
A thermodynamic study of one component liquid-vapor planar interfaces and the temperature dependence...
The results of surface-tension measurements for supercooled water are presented. A total of 702 indi...
Measurements of the surface tension of supercooled water down to -25 °C have been reported recently ...
Measurements of the surface tension of supercooled water down to -25 °C have been reported recently ...
Abstract. The surface tension of supercooled demineralized water in liquid state was measured using ...
The surface tension of supercooled demineralized water in liquid state was measured using the elevat...
The surface tension of supercooled demineralized water in liquid state was measured using the elevat...
The surface tension of supercooled demineralized water in liquid state was measured using the elevat...
Measurements of the surface tension of supercooled water down to −25 °C have been reported recently ...
The surface tension of supercooled water is of fundamental importance in physical chemistry and mate...
Wang X, Binder K, Chen C, et al. Second inflection point of water surface tension in the deeply supe...
We consider the calculation of the surface tension from simulations of several models of water, such...
The theory of surface tension/energy components has been widely used to predict interfacial interact...