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Browsing by Author OBERSTEDT Stephan

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Showing results 14 to 33 of 107
Publication YearTitleAuthor(s), Editor(s), Other Contributor(s)Publication Type
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
2012First results on the neutron-induced fission cross-section of 231Pa for incident neutron energies En > 17 MeVOBERSTEDT Stephan; OBERSTEDT Andreas; BIRGERSSON Evert; FABRY Imrich; HAMBSCH Franz-Josef; KORNILOV Nikolai; LOEVESTAM Goeran; TUDORA AnabellaArticles in Journals
2005Fission Cross Section Calculations for Pa IsotopesHAMBSCH FRANZ-JOSEF; VLADUCA Gheorghita; TUDORA Anabella; OBERSTEDT STEPHAN; FILIPESCU D.Contributions to Conferences
2013Fission cross section measurements for 240Pu, 242PuSALVADOR CASTINEIRA PAULA; TSINGANIS A.; AICHE Mourad; ANDRIAMONJE S.; BELIER G.; BERTHOUMIEUX E.; BOUTOUX G.; BRYS T.; CALVIANI M.; CZAJKOWSKI S., et alEUR - Scientific and Technical Research Reports
2002Fission Cross-Section Evaluations in the Frame of the Multi-Modal Fission Model for 237Np(n,f).VLADUCA G.; TUDORA A.; HAMBSCH F.-j.; OBERSTEDT StephanArticles in Journals
2010The Fission Fragment Time-of-Flight Spectrometer VERDIOBERSTEDT Stephan; BORCEA Ruxandra; HAMBSCH Franz-Josef; ZEYNALOV Sh.; OBERSTEDT A.; GOEOEK A.; BELGYA T.; KIS Z.; SZENTMIKLOSI L.; TAKACS K., et alContributions to Conferences
1998Fission Mode Calculation for 239U; a Revision of the Multi-Modal Random Neck-Rupture Model.OBERSTEDT Stephan; HAMBSCH F.-j.; DEMATTE LucaArticles in Journals
1995Fission Modes in the Compound Nucleus Np-238SIEGLER Peter; OBERSTEDT Stephan; THEOBALD J.p.Articles in Journals
2010Fission Research at IRMMHAMBSCH Franz-Josef; OBERSTEDT Stephan; ZEYNALOV Sh.; KORNILOV N.; FABRY Imrich; BORCEA Ruxandra; AL-ADILI ALIContributions to Conferences
2011Fragment characteristics from fission of 238U and 234U induced by 6.5-9.0 MeV bremsstrahlungGOEOEK A.; CHERNYKH M.; ECKARDT C.; ENDERS J.; VON NEUMANN-COSEL P.; OBERSTEDT Andreas; OBERSTEDT Stephan; RICHTER A.Articles in Journals
2012Fragment properties from fission of actinide nuclei induced by 6-10 MeV bremsstrahlungGÖÖK A.; ECKARDT C.; ENDERS J.; FREUDENBERGER M.; VON NEUMANN-COSEL P.; OBERSTEDT A.; OBERSTEDT Stephan; RICHTER A.Contributions to Conferences
Showing results 14 to 33 of 107

 

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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