Ueber das dielectrische Verhalten von Eis

Liquid Thermal Diffusion

“…CB it follows that (using the symbol Se to denote the value at equilibrium) Se = eY (10) If product is being removed (P > 0), matters can be simplified by considering the case in which c is very small compared with unity, which is the case of greatest interest at present. Then it is found that I + u where V = P/H (12) In the problem of approach to equilibrium, with the column either closed at both ends or attached to a storage chamber at one end or the 9 other, or both, the solution of the equation is expressible in the form: S is a certain function of t/X and certain constants associated with the column and the storage chamber.…”

Negative Viscosity

“…However, these values are for the solid state and, in the case of water, solidification causes the dielectric constant to decrease from 80 to 3.2. 28 It is apparent that all the above-named salts (except perhaps potassium nitrate) possess higher dielectric constants than does water, when considered in comparable states.…”