Jendl 3
Web6 apr 2024 · The new production scheme of medical radioisotopes, such as 99 Mo, 64 Cu and 67 Cu, using accelerator neutrons is introduced in chapter 3. The development of separation methods of 99m Tc from 99 Mo, and 64 Cu and 67 Cu from Zn samples are given in chapter 4. The deuteron accelerator and the accelerator neutron source are … Web1 - Description: ORLIBJ32 is a package of the libraries for ORIGEN2 code based on JENDL-3.2(NEA-1642). The one grouped cross section data for PWR and BWR were compiled …
Jendl 3
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WebMaxwellian averaged cross sections, MACS, Astrophysical reaction rates, ENDF/B-VII.0, JEFF-3.1, JENDL-3.3, ENDF/B-VI.8,ROSFOND,CENDL-3.1. Results. Reference Paper. NDS 113, 3120 (2012) Calculations of Maxwellian-averaged cross sections and astrophysical reaction rates 2010 Downloads: 2012 Downloads: Web2. 2. 1 Benchmark Tests of JENDL-3. 2 for Thermal and Fast Reactors Hideki Takano Japan Atomic Energy Research Institute Tokai, Ibaraki, 319-11, Japan +81-292-82-6151 Benchmark calculations for a variety of thermal and fast reactors have been performed by using the newly evaluated JENDL-3 Version-2 (JENDL-3.2) file. In the thermal reactor
WebThe general purpose file of JENDL-3 contains neutron nuclear data for 324 nuclides in the ENDF-5 format. In the JENDL-3 evaluation, much effort has been devoted to improve … Web27 ago 2014 · Calculations with JENDL-3.2, ENDF/B-VI, FENDL-1 and FENDL-2 were also made for comparison. In the present study, benchmark results of neutron and gamma …
Web31 dic 1994 · @article{osti_62121, title = {Testing of BROND-2, JENDL-3, and ENDF/B-VI neutron data through integral experiments using ABBN-90 constant system}, author = {Manturov, G and Nikolaev, M N and Semyonov, M Yu and Tsiboulia, A M}, abstractNote = {Group constants calculated from evaluated data adopted in different libraries were used … WebNeutron cross sections of 337 nuclides in JENDL-3.3 are presented in figures and tables. In the tables, shown are cross sections at 0.0253 eV and 14 MeV, Maxwellian average …
Web10 apr 2024 · Summary of JENDL-3.2. Purpose. To provide a Japanese standard library for fast breeder reactors, thermal reactors, fusion neutronics and shielding calculations. Number of nuclides. 340. Incident neutron energy range. 10 …
Web被引用回数:0 パーセンタイル:0.32(Physics, Nuclear) 原子核の変形並びに回転や振動を記述する軟回転体模型を構築し、チャンネル結合法に基づいて核構造の情報を光学模型に取り入れたことは故Soukhovitsukii博士の偉大な成果である。 sanfer sports cars miami fl 33166Web30 apr 2013 · JENDL-3.3 is the final revision of the JENDL-3 series. The problems in JENDL-3.2 were resolved by considering the results of the benchmark analyses and new measurements. Covariances were estimated for important nuclides. After JENDL-3.3, in principle, we evaluate isotopic data without producing elemental data files. shortcut open in new tab edgeWebJENDL 3.2-A-JAERI Cadarache ORIGEN ENDFB/JEF-•-KTH-MCB, JEF-•-KTH - MCB JENDL-O-KTH-MCB ENDFB Days 16 8. EVOLUTION OF THE SPALLATION … sanfew potionWebcompiled from the BROND-2, ENDF/B-VI and JENDL-3 data files [41 . It includes neutron interaction and photon production cross-section data. The second version of the generat purpese file of the European Fusion File, EFF-2, had been developed in the framewerk of sanffe info loginWebJSSTDL-300 [3], a common multigroup library of neutron 300 groups and gamma 104 groupsfor shielding applications produced from JENDL-3.2 [4] with the PROF-GROUCH-G/B [5] code byJapanese Nuclear Data Committee, is widely applied in Japan. However, the self-shielding correction inJSSTDL-300 is probably inadequate due to the following two … sanffs.info loginWeb27 ago 2014 · The preliminary benchmark tests indicate that JENDL-3.2 predicts various reactor characteristics more successfully than the previous version of JENDL-3.1. sanffe.info loginWeb29 mar 2024 · Dear Norbert, you could try the JENDL HE library and see if that changes something. However, looking at your output file I’ve noticed that you used 181Ta.80c in the [Material] section. Typically nuclear data library extensions ending in .XXc designate libraries for neutron transport, not for proton reactions. But since you are interested in (p,n) … sanffs.info