G. Fagerlund, Determination of pore-size distribution from freezing-point depression, Materials and Structures 6 (3) (1973) 215-225.Fagerlund, G.: 1973, Determination of pore-size distribution from freezing point depression, RILEM Bulletin 6 215–225....
Supercooling is the process in which the moisture content of the food is maintained in a liquid state even below its freezing point (Stonehouse & Evans, 2015). While it is desirable to preserve the food at subzero temperatures without the phase transition process to inhibit microbial growth and...
A liquid's freezing point is -38 degree Celsius and its boiling point is 37 degree Celsius. What is the number of kelvin between the boiling point and the freezing point of the liquid? The boiling point of alcohol is 78 degrees Celsius, what is this tempe...
From the Kelvin equation which describes freezing in terms of the ice-water surface tension and the radius of cylindrical capillaries, Mazur deduced that``the lower melting point of ice in a capillary can account for the barrier properties of the plasma membrane''. He observed, however, that ...
The experiment was a race between the falling boiling point, and the falling temperature of the water. The observation I made was that the water was boiling (nucleating) for a few seconds, then abruptly formed into ice; and I mean in the blink of an eye. The why is simply that by ...
We believe that essentially all the hydrogen was frozen a few tenths of a kelvin below T F , at the point where the melting/freezing hysteresis began. If even a few per cent of the hydrogen had remained liquid and become superfluid at some lower temperature, it would have been seen as ...
The Kelvin equation and the theory of water activity were used to calculate the freezing-point changes of the capillary and bound water during the volume decrease, respectively. The influence of soil-particle size on the freezing point was taken into account in the model. In the calculation, ...
Part of the pore water freezes at the temperature predicted by the Kelvin equation and the rest of the water does not freeze in the sense that it does not assume the structure of ice on cooling below this freezing point. This bound water exhibits a distribution of correlation times, and ...
The hysteresis loop, which is associated with a delayed adsorption process, increased with a decrease in temperature. Furthermore, the curvature radius where capillary evaporation/condensation occurs was evaluated by the combined Kelvin and Gibbs–Tolman–Koening–Buff (GTKB) equations for the ...
- 1997 () Citation Context ...ned that homogeneous nucleation of ice from STS occurs at temperatures a few kelvin below the ice frost point (Koop et al., 1998), but homogeneous nucleation of NAT from STS occurs at too low a rate (=-=Koop et al., 1997-=-b) to account for ...