@COMMENT This file was generated by bib2html.pl <https://sourceforge.net/projects/bib2html/> version 0.94
@COMMENT written by Patrick Riley <http://sourceforge.net/users/patstg/>
@COMMENT This file came from Hans Georg Krauthäuser's publication pages at
@COMMENT http://tu-dresden.de/et/tet
@inproceedings{hoijer2008a,
  address =	 {Växjö University, Sweden},
  title =	 {The Total Electric Field Compared To The Rectangular
                  Component Of The Electric Field In A Complex
                  Environment},
  abstract =	 {Strong electromagnetic waves can cause upset in and
                  even destruction of electronic equipment. Therefore,
                  the vulnerability of electronic equipment has to be
                  tested. To be able to quantify the test, an
                  unequivocal test parameter has to be defined. In the
                  case that a plane wave is stressed onto the
                  equipment it is easy; the strength of the electric
                  field is an unequivocal test parameter. In an
                  electromagnetically complex environment with
                  electric fields polarized along different directions
                  it is not so obvious what the test parameter should
                  be. A reverberation chamber is an example of such a
                  complex environment. Some people in the community
                  advocate that a rectangular component of the field
                  is the best measure of the strength of the field,
                  but others advocate for that the total field (the
                  vector sum of three orthogonal field components) is
                  the best. The most generic standard, the IEC
                  61000-4-21 prescribes the use of the rectangular
                  component, but others prescribe the use of the total
                  electric field. In this paper, we do not advocate
                  the use of either of the two alternatives, but we
                  compare them with the purpose of making it possible
                  to perform a conversion between different
                  standards. Theoretical results are illustrated and
                  compared with measured results obtained in four
                  different reverberation chambers},
  booktitle =	 {RVK08 - The twentieth Nordic Conference on Radio
                  Science and Communications},
  author =	 {Höijer, M. and Arnaut, L. and Krauthäuser,
                  H.G.},
  month =	 jun,
  year =	 2008
}