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Wave splitting and imbedding equations for a spherically symmetric dispersive medium

The direct problem of time dependent electromagnetic scattering in the dispersive sphere is solved by a wave splitting technique. The electric field is expanded in a series involving vector spherical harmonics, leading to a system of wave equations for each term. These systems are reduced to scalar wave equations for each term, which are solved via reflection operators. Some preliminary numerical

EU climate change litigation: All quiet on the Luxembourgian front?

This chapter demonstrates that EU climate change litigation is concerned with questions about ‘who’ decides the construction and the implementation of EU climate change law, ‘who’ can challenge these legal acts, and before ‘which’ court (between the EU and the national courts) this is adjudicated. The driving force behind these competence-related issues is the EU legal doctrine concerning jurisdic

When Do Rights Matter? A Case Study of the Right to Equal Treatment in Sweden

The discussions in this chapter should be viewed as a limited contribution to the debate on how to introduce the right to equal treatment through legislation. In the coming pages, I shall use a case study to demonstrate the differences between rights which emerge organically from below and work bottom up and rights which are introduce through political pressure from above and work top down. This s

High-Chromaticity Optics for the MAX IV 3 GeV Storage Ring

The ultralow emittance lattice of the MAX IV 3 GeV storage ring has a large negative natural chromaticity. This has to be corrected to positive values to prevent head-tail instabilities. On the other hand, high linear chromaticity can lead to a large tune footprint which limits Touschek lifetime. Therefore, the linear chromaticity is corrected to +1.0 in both planes with sextupoles while octupoles