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3 Sep 2009: Correspondingly, the Gross-Pitaevskii equation isequivalent to the Maxwell equations for a classical elec-tromagnetic field, known to be accurate as long as theoccupation numbers of photons are much larger thanunity.

14 Jul 2009: Thus inthermodynamic equilibrium one has the Maxwell–Boltzmann distribution. P eV/kT. (8.6). ... 0. c(y) dy = 1. (8.14). Thus one obtains the pseudo-Maxwell–Boltzmann distribution.

20 Jan 2009: 3 Show that the Lagrangian density. L = 14µ0. FαβFαβ. leads to Maxwell’s equations for a free electromagnetic field. ... 7. i.e.( B)x = µ0ǫ0Ėx. Similarly the other columns give the corresponding components of this equation.The other Maxwell

14 Jan 2009: FαβFαβ. leads to Maxwell’s equations for a free electromagnetic field. [6]Given that the electromagnetic stress-energy tensor is.

8 Oct 2009: For a monochromatic wave in vacuo, Maxwell’s wave equation,. 2E 1c2.

21 Oct 2009: For a monochromatic wave in vacuo, Maxwell’s wave equation,. 2E 1c2.

31 Jul 2009: p = -V$, $ = -&Gp.E.p. The diffusion equation has a steady-state solution corresponding to a Maxwell- Boltzmann distribution, Ncc exp ( - $/I)). ... As for the axi- symmetric straining motion, the exact results were obtained by numerically evaluating the

13 Jul 2009: Davies [6] has examined the local behaviour of the corotational Maxwell model, which does incorporate elastic effects, near r = 0 in terms of a bi-orthogonal series expansion.

8 Jan 2009: which are the inhomogeneous Maxwell equations.(c) A gauge transformation is performed by adding the derivative of a scalar.

13 Jul 2009: 2.1.2 Generalisation Chen [2] considered two elastic Maxwell fluids. It should be noted,.