mono.bib

@COMMENT{{This file has been generated by bib2bib 1.85}}

@COMMENT{{Command line: /usr/bin/bib2bib -oc mcite -ob mono.bib -c 'author : "\(J\(ohan\|\.\)?[ ~]*Arvelius\|Arvelius,[ ~]*J\(ohan\|\.\)?\)" and ($type : "MASTERSTHESIS" or $type : "PHDTHESIS")' ../strings.bib ../descartes.bib ../main.bib}}

@PHDTHESIS{arvelius2005umu,
  author = {Johan Arvelius},
  title = {Calibration and quality assessment of {DESCARTES}
                  ---grabsampler for stratospheric tracers},
  school = {Swedish Institute of Space Physics/Ume{\r{a}} University},
  year = 2005,
  isbn = {91-7305-945-5},
  address = {Kiruna},
  url = {http://documents.irf.se/get_document.php?group=Administration&docid=465}
}

@MASTERSTHESIS{arvelius1998lu,
  author = {Arvelius, Johan},
  title = {Solar variation signals in the Earth's atmosphere --
                  a study using neural networks},
  school = {Swedish Institute of Space Physics/Lund University},
  year = 1998,
  abstract = {The effects of solar activity on the Earth's
                  atmosphere and our weather systems is a very complex
                  but interesting task for research. The purpose with
                  this work is to see whether one can see which
                  aspects of solar activity are best correlated with
                  the local weather in Kiruna using neural
                  networks. This has its interest in choosing future
                  research directions in the area. After a discussion
                  of which measurable parameters of the solar activity
                  might be relevant, a study is made to see if one can
                  see any correlation between the solar activity and
                  the local weather using time dependent neural
                  networks. The result is, unfortunately,
                  negative. The rest of the study is spent in study
                  the correlation between solar activity and the
                  ionosphere, where the connection is simpler,
                  deterministic and well understood. By studying this
                  system one can learn much about the influences of
                  solar activity on the Earth's upper
                  atmosphere. Because this is a well understood system
                  I could also learn much about the performance of the
                  neural networks in resolving different changes.},
  pdf = {arvelius1998lu.pdf}
}

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