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9 Apr 2009: 1.5, repeated here: The Maxwell equation. E B. t= 0 (1). ... We first make this study in the (pre-Maxwellian) approximation to the full Maxwell theory,in which.

13 Jul 2009: Let us first assume it can be described by the simple Maxwell equation. ... The 4/3 power-law increase in the stress for the Maxwell equation corresponds to the stress tensor being deformation with the fluid 67/6t = 0.

13 Jul 2009: e k = 2. Note that the above solution for ni merely represents a Maxwell-Boltzmann distribution for the combined densities. ... there is a Maxwell-Boltzmann distribution around the particle for n : , as well as across the double layer.

10 Jul 2009: We note too that the Maxwell limit µs = 0 is singular for this problem. ... no acceptable steady flow of a Maxwell/Oldroyd fluid exists in these geometries (see [5]).

20 Jan 2009: Then Maxwell’s equations are. E = 0 (1). E =1. ǫ0ρ.

27 Nov 2009: 4. 1.2 Wave mechanics. 61.2.1 Maxwell’s wave equation. 61.2.2 Schrödinger’s equation.

29 Jan 2009: This is governed by Maxwell’s. equations without. tterms, so that we have.

28 Sep 2009: 36 pages. 2. Eamonn Long and David M.A. Stuart, “Effective dynamics for solitons in thenonlinear Klein-Gordon-Maxwell system and the Lorentz force law”, Reviews inMathematical Physics, 21 (4), (2009)

31 Jul 2009: Some constitutive equations, such as the Maxwell equation, propagate damped elastic waves which would lead to shock waves in the flow around fast-moving bodies. ... There was the usual downstream disturbance, instead of the upstream shock waves which had

13 Jul 2009: Non-linear elastic liquids with a memory are more difficult. Evidence for the existence of a similarity solution for an Upper-Convected Maxwell fluid was found by Libscomb et al. [ ... sense the analysis is for a Maxwell fluid.