PROBABILITY METRICS AND UNIQUENESS OF THE SOLUTION
... The case s = 2 was introduced and studied independently by Tanaka [15] who, in the one-dimensional case d = 1, applied T2 to the study of Kac’s equation. Subsequently, the properties of T2 were studied in the multidimensional case by Murata and Tanaka [9]. Applications to the kinetic theory of raref ...
... The case s = 2 was introduced and studied independently by Tanaka [15] who, in the one-dimensional case d = 1, applied T2 to the study of Kac’s equation. Subsequently, the properties of T2 were studied in the multidimensional case by Murata and Tanaka [9]. Applications to the kinetic theory of raref ...
PDF File - Tulane University
... In general, both the entropy, S, and the Volume, V of any phase varies with temperature and pressure. As temperature increases, both S and V tend to increase (things become more disorganized at high temperature, increasing the entropy and molecules vibrate more at high temperature, increasing the vo ...
... In general, both the entropy, S, and the Volume, V of any phase varies with temperature and pressure. As temperature increases, both S and V tend to increase (things become more disorganized at high temperature, increasing the entropy and molecules vibrate more at high temperature, increasing the vo ...