For large values of this property, the classic free body Stefan problem can result in imaginary eigenvalues for the Stokes operator.
For large values of this property, the classic free body Stefan problem can result in imaginary eigenvalues for the Stokes operator. When considered with respect to the two-dimensional Ising model it can be expressed as the logarithm of the partition function over a particular set of its namesake physical mediums. For dilute aqueous solutions of homologous series of chain compounds, Traube's rule can be used to determine it. Tolman's delta quantifies the extent of the deviation of its value from a flat model and the typical liquid drop model. Expressible in units dynes per centimeter, it can be measured with a Wilhelmy Plate or Du Noüy Ring. Caused by the cohesion of liquid molecules, --for 10 points-- what is this property responsible for capillary action and reduced by surfactants.
For large values of this property, the classic free body Stefan problem can result in imaginary eigenvalues for the Stokes operator.
{Surface Tension}