- Philsci-Archive
... way similar to classical theory. In fact it relies on the classical temporality (as time goes by…) to construct an asymptotic temporal description, in the sense of going from –∞ to +∞, of physical processes (we will see for example that it is this characteristic that enables the charge renormalizati ...
... way similar to classical theory. In fact it relies on the classical temporality (as time goes by…) to construct an asymptotic temporal description, in the sense of going from –∞ to +∞, of physical processes (we will see for example that it is this characteristic that enables the charge renormalizati ...
Current sheet formation and non
... always possible. However, Eq. (3) is only valid at the null itself, with solution w′ = dx0 /dt. In general, ∇ × (w′ × B) 6= w′ · ∇B in the vicinity of a given point. That is, it is not valid to discard the terms B(∇ · w′ ) and (B · ∇)w′ from the right-hand side of Eq. (2) (when expanded using the ap ...
... always possible. However, Eq. (3) is only valid at the null itself, with solution w′ = dx0 /dt. In general, ∇ × (w′ × B) 6= w′ · ∇B in the vicinity of a given point. That is, it is not valid to discard the terms B(∇ · w′ ) and (B · ∇)w′ from the right-hand side of Eq. (2) (when expanded using the ap ...
Lecture Notes 12: Microscopic Theory of Dielectrics, Clausius-Mossotti Eqn, Langevin and DeBye Eqns; Ferro-, Piezo- and Pyro-Electric Materials
... level, due to the thermal energy associated with the material making up the dielectric, from one instant in time to the next at any given point r inside the dielectric, random fluctuations of significant size can/do occur in the electric field at that point. If one simultaneously monitors a group of ...
... level, due to the thermal energy associated with the material making up the dielectric, from one instant in time to the next at any given point r inside the dielectric, random fluctuations of significant size can/do occur in the electric field at that point. If one simultaneously monitors a group of ...
