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Browsing by Author OBERSTEDT Stephan

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Showing results 4 to 23 of 109
Publication YearTitleAuthor(s), Editor(s), Other Contributor(s)Publication Type
2012Ambiguities in the grid-inefficiency correction for Frisch-Grid Ionization ChambersAL-ADILI ALI; HAMBSCH Franz-Josef; BENCARDINO RAFFAELE; OBERSTEDT Stephan; POMP S.Articles in Journals
2009Application of Digital Signal Processing Algorithms for Nuclear Particle SpectroscopyZEYNALOVA O.; ZEYNALOV Shakir; HAMBSCH FRANZ-JOSEF; OBERSTEDT STEPHANArticles in Journals
2012Application of the Shockley–Ramo theorem on the grid inefficiency of Frisch grid ionization chambersGOEOEK A.; HAMBSCH Franz-Josef; OBERSTEDT Andreas; OBERSTEDT StephanArticles in Journals
2013Artificial diamonds as radiation-hard detectors for ultra-fast fission-fragment timingOBERSTEDT Stephan; BORCEA Ruxandra; BRYS TOMASZ; GAMBONI Thierry; GEERTS Wouter; HAMBSCH Franz-Josef; OBERSTEDT Andreas; VIDALI MarzioArticles in Journals
2005Binary Fission-Fragment Yields from the Reaction 251Cf(nth,f)BIRGERSSON Evert; OBERSTEDT STEPHAN; OBERSTEDT ANDREAS; HAMBSCH FRANZ-JOSEF; ROCHMAN D.; TSEKHANOVITSCH I.Contributions to Conferences
2005Calculation of Prompt Neutron Multiplicities and Spectra for Several ActinidesHAMBSCH FRANZ-JOSEF; TUDORA Anabella; VLADUCA Gheorghita; OBERSTEDT STEPHANContributions to Conferences
2004Calculation of the Neutron Induced Fission Cross-Section of 233Pa up to 20 MeV.VLADUCA G.; HAMBSCH F.-j.; TUDORA A.; OBERSTEDT Stephan; OBERSTEDT A.; TOVESSON Fredrik; FILIPESCU D.Articles in Journals
2004Calculation of the Neutron-Induced Fission Cross-Section of 233Pa.VLADUCA G.; HAMBSCH Franz-josef; TUDORA A.; OBERSTEDT Stephan; TOVESSON Fredrik; OBERSTEDT A.; FILIPESCU D.Articles in Journals
2005Calculation of the Reaction Cross Section for Several ActinidesHAMBSCH FRANZ-JOSEF; VLADUCA Gheorghita; TUDORA Anabella; OBERSTEDT STEPHAN; FILIPESCU D.Contributions to Conferences
2010Comparison of Digital and Analogue Data Acquisition Systems for Nuclear SpectroscopyAL-ADILI ALI; HAMBSCH Franz-Josef; OBERSTEDT Stephan; POMP S.; ZEYNALOV Sh.Articles in Journals
2014Determination of the default curve for the unfolding procedure in the measurement of threshold neutron excitation functionsJOVANCEVIC NIKOLA; DARABAN Laura; OBERSTEDT StephanArticles in Journals
2013Development of a kinematically focused neutron source with the p(7Li,n)7Be inverse reactionLEBOIS M.; WILSON J.; HALIPRE P.; LENIAU B.; MATEA I.; OBERSTEDT A.; OBERSTEDT Stephan; VERNEY D.Articles in Journals
2012Development of an active 238UF6 gas targetECKARDT C.; ENDERS J.; FREUDENBERGER M.; GÖÖK A.; VON NEUMANN-COSEL P.; OBERSTEDT A.; OBERSTEDT StephanContributions to Conferences
2006Development of Digital Technique for the Determination of Fission Fragments and Emitted Prompt Neutron Characteristics.VARAPAI N.; HAMBSCH FRANZ-JOSEF; OBERSTEDT STEPHAN; SEROT Olivier; BARREAU Gerard; KORNILOV Nikolai; ZEINALOV ShakirContributions to Conferences
2009Digital Signal Processing Application in Nuclear SpectroscopyZEYNALOVA O.; ZEYNALOV Sh.; HAMBSCH Franz-Josef; OBERSTEDT StephanArticles in Journals
2006Digitisation Techniques Applied in Nuclear MeasurementsHAMBSCH FRANZ-JOSEF; OBERSTEDT STEPHAN; FABRY IMRICH; KORNILOV Nikolai; ZEYNALOV ShakirContributions to Conferences
2010Dipole Strength in the 235U(gamma,gamma') Reaction up to 2.8 MeVYEVETSKA O.; ENDERS J.; FRITZSCHE M.; VON NEUMANN-COSEL P.; OBERSTEDT Stephan; RICHTER A.; ROMIG C.; SAVRAN D.; SONNABEND K.Articles in Journals
2007Energy Degrader Technique for Light-Charged Particle Spectroscopy at LOHENGRINOBERSTEDT ANDREAS; OBERSTEDT STEPHANArticles in Journals
2008Energy Degrader Technique for Light-Charged Particle Spectroscopy at LOHENGRINOBERSTEDT Andreas; OBERSTEDT Stephan; ROCHMAN D.Contributions to Conferences
2003Evaluation of the Fission Cross-Section within the Multi-Modal Fission Approach for 235U(n,f).VLADUCA G.; TUDORA A.; HAMBSCH F.-j.; OBERSTEDT Stephan; RUSKOV IvanArticles in Journals
Showing results 4 to 23 of 109

 

The mission of the JRC is to provide customer-driven scientific and technical support for the conception, development, implementation and monitoring of EU policies. As a service of the European Commission, the JRC functions as a reference centre of science and technology for the Union. Close to the policy-making process, it serves the common interest of the Member States, while being independent of special interests, whether private or national.
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