Results 141 to 150 of about 510 (175)
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BNCT-project at the Finnish Triga reactor
1994An epithermal neutron irradiation station for the Boron Neutron Capture Therapy (BNCT) will be constructed in the thermal column of the Finnish Triga reactor. The first target of the BNCT at FiR 1 is the treatment of malignant brain tumors. The epithermal neutrons have the capability to penetrate deep into the brain tissue thermalizing at the same time.
Auterinen, Iiro +3 more
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Neutronic analysis of the Geological Survey TRIGA Reactor
Annals of Nuclear Energy, 2014Abstract The United States Geological Survey TRIGA Reactor (GSTR) is a 1 MW reactor located in Lakewood, Colorado. In support of the GSTR’s relicensing efforts, this project developed and validated a Monte Carlo N-Particle Version 5 (MCNP5) model of the GSTR reactor.
Nicolas Shugart, Jeffrey King
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Calculation of radioactive species transport in a TRIGA reactor
Nuclear Engineering and Design, 2013Abstract The objective of the paper is to develop and use a model for radioactive species transport in the primary circuit and in the reactor hall of the Romanian TRIGA facility. CATHARE2 V25 code (Code for Analysis of Thermal–Hydraulics during an Accident of Reactor and Safety Evaluation) is used.
Daniela Mladin +5 more
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Neutron Radiography at Rikkyo Triga-II Reactor
1987A vertical diverging collimator is installed in the reactor tank of Rikkyo 100 kW TRIGA-II. The configuration of the collimator and the beam characteristics are summarized. The ASTM E545-81 sensitivity and beam purity indicators have shown that the collimator is qualified to be the category I.
Hisao Kobayashi +9 more
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Optimum burnup of BAEC TRIGA research reactor
Annals of Nuclear Energy, 2013Abstract The TRIGA Mark II research reactor of BAEC (Bangladesh Atomic Energy Commission) has been operating since 1986 without any reshuffling or reloading yet. Optimum fuel burnup strategy has been investigated for the present BAEC TRIGA core, where three out-to-in loading schemes have been inspected in terms of core life extension, burnup economy ...
Zoairia Idris Lyric +3 more
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A rapidly pulsed triga reactor for neutron radiography
Nondestructive Testing and Evaluation, 2001Abstract Many TRIGAR reactors are used as the source of thermal neutrons for neutron radiography. The majority of these applications involve steady state operation of the reactor which provides sufficient fluence for radiographic plates or real-time imaging.
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FiR1 TRIGA research reactor decommissioning project
2017FiR1 is a 250 kW TRIGA Mark II type open pool reactor from General Atomics. It has been in operation for education, research, BNCT treatments and isotope production in Finland for years 1962-2015 and is planned to be decommissioned in following few years. Overall the reactor has been in use for around 11500 MWh. Radioactive waste will consist mainly of
Räty Antti +7 more
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BNCT irradiation station at the Finnish TRIGA reactor
1996An epithermal BNCT (Boron Neutron Capture Therapy) irradiation station has been constructed at the Finnish Triga reactor. First neutron measurements could be done in May 1996. The results are promising and they show that the optimal moderator material A1+A1F3 works as was predicted by calculations. The construction of the epithermal irradiation station
Auterinen, Iiro, Salmenhaara, Seppo
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Credible accident analyses for TRIGA and TRIGA-fueled reactors
1982S Hawley, R Kathren
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Optimization of TRIGA Reactor Operation Using Reactor Calculations
Reactor Physics Calculations for Applications in Nuclear Technology, 1991openaire +1 more source