Sp. Dedoussis
Aristotle University of Thessaloniki
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Publication
Featured researches published by Sp. Dedoussis.
European Physical Journal C | 1988
A. Kreissl; A. D. Hancock; H. Koch; Th. Köhler; H. Poth; U. Raich; D. Rohmann; A. Wolf; L. Tauscher; A. Nilsson; Martin Suffert; M. Chardalas; Sp. Dedoussis; H. Daniel; T. von Egidy; F. J. Hartmann; W. Kanert; H.S. Plendl; G. Schmidt; J.J. Reidy
AbstractA high-precision measurement of the finestructure splitting in the circular 11→10 X-ray transition ofn
Physics Letters A | 1988
Stef. Charalambous; M. Chardalas; Sp. Dedoussis; C. Elefteriades; A. Liolios; D. Niarchos
Physics Letters B | 1986
Th. Köhler; Philipp Blum; G. Büche; A. D. Hancock; H. Koch; A. Kreissl; H. Poth; U. Raich; D. Rohmann; G. Backenstoss; Ch. Findeisen; J. Repond; L. Tauscher; A. Nilsson; Staffan Carius; Martin Suffert; S. Charalambus; M. Chardalas; Sp. Dedoussis; H. Daniel; T. von Egidy; F. J. Hartmann; W. Kanert; G. Schmidt; J.J. Reidy; M. Nicholas; A. Wolf
bar p^{208} Pb
Physics Letters A | 1997
Th. Lagouri; Sp. Dedoussis; M. Chardalas; A. Liolios
Physics Letters A | 1977
Sp. Dedoussis; Stef. Charalambous; M. Chardalas
n was performed. The experimental value of 1199(5) eV is in agreement with QED calculations. From that value the magnetic moment of the antiproton was deduced to be −2.8005(90)μnucl. With this result the uncertainty of the previous world average value was reduced by a factor of ≈2. A comparison with the corresponding quantity of the proton now yields:n
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1992
A. Angelopoulos; A. Apostolakis; G. Backenstoss; P. Carlson; J. Carvalho; Stef. Charalambous; M. Chardalas; H. Cobbaert; Sp. Dedoussis; P. Fassnacht; R. Ferreira-Marques; D. Francis; W. Fetcher; C. Fuglesang; H.-J. Gerber; Alan S. Go; Kjell Jansson; K. Jon-And; A. Kerek; G. Kesseler; P. Kokkas; J. Kuzminski; T. Lawry; E. Machado; J. P. Miller; F. Montanet; A. Onofre; P. Pavlopoulos; F. Pelucchi; J. Pinto da Cunha
Physics Letters A | 1991
Xiang Ti Meng; A. Liolios; M. Chardalas; Sp. Dedoussis; C. Eleftheriadis; Staf. Charalambous
{{left( {mu _p - left| {leftlangle {mu _{bar p} } rightrangle } right|} right)} mathord{left/ {vphantom {{left( {mu _p - left| {leftlangle {mu _{bar p} } rightrangle } right|} right)} {mu _p }}} right. kern-nulldelimiterspace} {mu _p }} = left( { - 2.4 pm 2.9} right) times 10^{ - 3}
Nuclear Physics | 1987
H. Poth; H. Barth; G. Büche; A. D. Hancock; H. Koch; Th. Köhler; A. Kreissl; U. Raich; D. Rohmann; A. Wolf; L. Tauscher; A. Nilsson; Martin Suffert; M. Chardalas; Sp. Dedoussis; H. Daniel; T. von Egidy; F. J. Hartmann; W. Kanert; H.S. Plendl; G. Schmidt; J.J. Reidy
Nuclear Instruments & Methods in Physics Research Section A-accelerators Spectrometers Detectors and Associated Equipment | 1985
A. Schiltz; C. Elefteriades; A. Liolios; M. Chardalas; Sp. Dedoussis; K. Zioutas; Stef. Charalambous
n.
Computer Physics Communications | 1984
Sp. Dedoussis; M. Chardalas; Stef. Charalambous
Abstract Positron annihilation measurements in the high Tc superconductor YBa2Cu3O6+χ have been performed. The S parameter decreases with temperature in two steps. That is an indication of a two-step superconducting transition.
