JAEA-Conf 2011-002 - 日本原子力研究開発機構

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The Institute's staff of about 280 (150 of them are scientific researchers) works in 16 laboratories, 2 scientific experimental facilities and 9 departments providing general support activities. Since 2005 nearly half of all laboratories in INRNE qualified for QQS certificate for Quality Management System ISO 9001:2000 and for Environmental Management System ISO 14001:2004. The main topics of activities include: Theory of the elementary particles, fields and atomic nuclei Nuclear physics and astrophysics High energy physics Nuclear methods Nuclear instrumentation Radiochemistry Dosimetry and radiation safety Neutron physics Reactor physics Nuclear energy and nuclear safety Monitoring and management of environment The INRNE has a programme accreditation from the National Evaluation and Accreditation Agency for Doctor's degree in six different areas of theoretical and mathematical physics, nuclear physics, physics of elementary particles and high energies, neutron physics and physics of nuclear reactors, radiochemistry and nuclear reactors. The Institute has collaboration agreements with the Faculty of Physics of Sofia University “St. Kliment Ohridski”, South-West University “Neofit Rilski” (Blagoevgrad), American University in Bulgaria (Blagoevgrad), Konstantin Preslavsky University of Shoumen, Technical University (Sofia) and University of Mining and Geology “St. Ivan Rilski” (Sofia). 2. Recent state of INRNE In 2009 INRNE has undergone an independent, comprehensive and detailed review from the ESF and ALLEA on the base of self-evaluation report provided by the Institute for the period 2004-2008. For the purposes of this evaluation, and given the very wide breadth and heterogeneity of activities carried out at INRNE and the complexity of the institute, it was decided to divide INRNE into the following three units: Unit 1: Theoretical and experimental nuclear and particle physics and astrophysics, including mathematical theory Unit 2: Applications Unit 3: Facilities The corresponding scores according to three criteria considered by the Science Review Committee are as follow: Quality and Productivity JAEA-Conf 2011-002 Relevance: Socioeconomic Impact Prospects Unit 1 A A A Unit 2 B A B Unit 3 B A B
JAEA-Conf 2011-002 The main conclusion of the group of international experts was: “The INRNE obtained many important achievements in all its areas of investigations both in pure and applied science. INRNE is currently well placed in the national and international context, having gained considerable experience in international collaborations”. It was recommended that links with industry need developing and strengthening. Given the number of products already developed by INRNE for practical applications, this should be quite achievable. In the thematic plan of the Institute for 2009 11 projects were devoted to fundamental problems and 12 projects to nuclear safety, applied and environmental problems. This balance between fundamental and applied research resulted from our strategy, clearly defined several years ago to be in accordance with the national and EC priorities. Almost half of the developments concerns problems related to the scientific background of the national nuclear energy production, radioactive waste treatment monitoring and management of the environment. Of 23 projects 14 are supported by national and 9 additionally by international organizations. The results of our research were published in 432 papers including 4 in scientific books and monographs, 221 journal articles, 201 reports in proceedings of international conferences and symposia, and 6 in popular science articles and books. Large amount of these results have been obtained in close collaboration with international and foreign centers, universities and other institutions. INRNE is a part of a very large number of national and international collaborations in all its areas of activity. Most of these collaborations are with leading European and international institutes and laboratories like IAEA, JINR, CERN, DESY, CNRS, INFN and others. The reconstruction and modernisation of the storage facility at Novi Han was chosen by IAEA as a model for the reconstruction of all similar facilities in South-East Europe. The Basic Environmental Observatory (BEO) is a Centre of Excellence and is an infrastructure of pan-European importance. The collaborations with 5 from 7 Institutes of the Joint Research Center (JRC) of the EC play extremely important role for the effective participation of INRNE in big EC projects of the 6FP and 7FP. INRNE was awarded 1st prize within FP6 for the most active scientific team. Taking into account the importance of the scientific collaborations in attempt to preserve the high scientific level of the research, in 2009 the staff of INRNE proposed 9 projects in the frame of FP7 of EC–4 of the proposals were accepted (5 under evaluation). The scientific contacts became stronger and more efficient due to 9 international conferences, organized by INRNE during 2009. The membership of Bulgaria in EURATOM fusion program in 2009 is very successful. All projects reached the planned milestones. In 2009 some very significant contracts have been signed: project SPIRAL-2 with National Large Heavy Ion Accelerator (GANIL), with CEA, France and SEVAN with Erevan Physical Institute. The cycle of activities connected with our participation in CMS experiment of the LHC collider is successfully finished and the correspondent part of the detectors and connected electronic channel, designed and produced in Bulgaria were put in operation. Serious scientific results were obtained within the frame of MAGIC collaboration with active participation of scientists from INRNE. The scientific experimental facilities of INRNE also made essential progress. Environmental Impact Assessment Report for the investment proposal for conversion and reconstruction of the research reactor IRT-2000 was developed and approved by Ministry of Environment and Water of Bulgaria. The whole cycle of planning, execution and assessment of the accomplished work concerning the partial dismantling of the IRT research reactor is completed. All these activities were fulfilled with the expert help by the IAEA, in cooperation with Argonne National Laboratory and with the financial help of the USA Department of Energy. In 2009 BEO “Moussala” has been confirmed as regional station for South-East Europe in Global Atmospheric Watch World program.
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JAEA-Conf 2011-002 Proceedings of t
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JAEA-Conf 2011-002 31. Preliminary
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6.2 Measurement of neutron-induced
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JAEA-Conf 2011-002 Table 1 Comparis
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JAEA-Conf 2011-002 (T1/2=8,900,000
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JAEA-Conf 2011-002 Though words too
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JENDL-3.3 showed better applicabili
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ENDF. Thus this cross section store
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Acknowledgement JAEA-Conf 2011-002
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In the MALIBU program, isotope conc
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some minor actinides. For major act
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JAEA-Conf 2011-002 code MVP-BURN an
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JAEA-Conf 2011-002 [3] Measurements
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3.1 Experimental Set up JAEA-Conf 2
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JAEA-Conf 2011-002 Figure 2 shows e
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The double-differential (n,xp) and
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JAEA-Conf 2011-002 forward angles.
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Fig.3. Two-dimensional plot of PI v
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JAEA-Conf 2011-002 Fig. 7. Deuteron
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JAEA-Conf 2011-002 The new detector
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4. Off line data analysis Double di
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eports of data of carbon-ion incide
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Count [-] 4 10 3 10 2 10 10 1 Charg
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Acknowledgement We are grateful to
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Beam Line BM1 Copper Target BM2 5×
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φ = φbm · ρtof · ρmulti (2) E
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References [1] K. Ishibashi, H. Tak
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JAEA-Conf 2011-002 hint at the orig
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Neutron Dose Rate [Sv/hr/src neutro
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JAEA-Conf 2011-002 radiation protec
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Ztarget, Atarget are the numbers fo
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We described our formalism for calc
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2. Model
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JAEA-Conf 2011-002 reactions. Figur
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analysis of integral experiments [6
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A modified SRAC library was prepare
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JAEA-Conf 2011-002 approximately 0.
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JAEA-Conf 2011-002 constructing the
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Fig.9 Spectrum of gamma-ray followi
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JAEA-Conf 2011-002 in the same way
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JAEA-Conf 2011-002 [7]. For example
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JAEA-Conf 2011-002 For
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JAEA-Conf 2011-002 (5.0-9.0MeV), a
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components, the 0.56Wt% for hydroge
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Sensitivities of curium isotope con
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decreases of (n,g) reaction rates,
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5. Conclusion JAEA-Conf 2011-002 Wi
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2. Foundation of sensitivity analys
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JAEA-Conf 2011-002 where f g and f
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Fig.1 Sensitivity coefficient of th
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An outline of core configurations o
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0.010% 0.000% -0.010% -0.020% -0.03
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To clarify what nuclides and reacti
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Calculation was performed by the MV
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among these libraries, and the diff
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JAEA-Conf 2011-002 - 日本原子力研究開発機構

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