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AuthorAl-Qaradawi, I.Y.
AuthorBritton, D.T.
AuthorRajaraman, R.
AuthorAbdulmalik, D.
Available date2009-12-28T08:42:46Z
Publication Date2008-05-15
Publication NameApplied Surface Science
Identifierhttp://dx.doi.org/10.1016/j.apsusc.2008.05.194
CitationAl-Qaradawi, I. Y., Britton, D. T., Rajaraman, R., & Abdulmalik, D. (2008). A Magnetic Transport Middle Eastern Positron Beam. Applied Surface Science, 255(1), 125–127
URIhttp://hdl.handle.net/10576/10522
AbstractA magnetically guided slow positron beam is being constructed at Qatar University and is currently being optimised for regular operation. This is the first positron beam in the Middle East, as well as being the first Arabic positron beam. Novel features in the design include a purely magnetic in-line deflector, working in the solenoid guiding field, to eliminate un-moderated positrons and block the direct line of sight to the source. The impact of this all-magnetic transport on the Larmor radius and resultant beam characteristics are studied by SIMION simulations for both ideal and real life magnetic field variations. These results are discussed in light of the coupled effect arising from electrostatic beam extraction.
Languageen
PublisherElsevier
SubjectMagnetic transport
SubjectPositron annihilation
SubjectPositron beam
SubjectSurfaces and interfaces
TitleA Magnetic Transport Middle Eastern Positron Beam
TypeArticle


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