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<paper>
  <abstract>In a recent paper it has been shown that single electron Thomson backscatter calculations can be performed including the effects of pulsed high intensity lasers. In this paper we present a more detailed treatment of the problem and present results for more general scattering geometries. In particular, we present new results for 90</abstract>
  <conference-id type="integer"></conference-id>
  <created-at type="datetime"></created-at>
  <deprecated-conference-name></deprecated-conference-name>
  <file>/home/httpd/docserver/releases/20080613005430/public/paper/file/655/krafft_2005_655.pdf</file>
  <filename>krafft_2005_655.pdf</filename>
  <format-id type="integer">1</format-id>
  <id type="integer">655</id>
  <keywords>Thomson,Compton, scattering</keywords>
  <note></note>
  <old-format-id>0</old-format-id>
  <place-published></place-published>
  <published-date>2005</published-date>
  <publisher>Physical Review E</publisher>
  <refnum type="integer">655</refnum>
  <secondary-title></secondary-title>
  <subject>Thomson scattering</subject>
  <title>Pulsed-laser nonlinear Thomson scattering for general scattering geometries</title>
  <updated-at type="datetime">2007-10-16T16:06:22-07:00</updated-at>
  <vol-pages>72:056502</vol-pages>
  <year-authored>2005</year-authored>
</paper>
