Results 11 to 20 of about 22,450 (171)
Neutron imaging on the VR-1 reactor [PDF]
Training reactor VR-1 is a low power research reactor with maximal thermal power of 1 kW. The reactor is operated by the Faculty of Nuclear Science and Physical Engineering of the Czech Technical University in Prague. Due to its low power it suits as a tool for education of university students and training of professionals.
J Crha, L Sklenka, J Soltes
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Development of a Neutron Imaging Facility at the Very Low Power Reactor VR-1 [PDF]
Abstract The paper describes the design and construction of a new neutron imaging facility at the very low-power research reactor VR-1. Neutron imaging has been under development at the VR-1 reactor as a new possible field of utilisation since 2020.
J Matouskova, B Schillinger, L Sklenka
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The article explores the application of the RELAP5 thermo-hydraulic code for transient simulations on the VR-1 research reactor, focusing on reactor vessel nodalisation and coolant stratification above the core.
Jakub Mátl, Filip Fejt
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Enhancement of liquid/gas production during co-pyrolysis of vacuum residue and plastics due to synergistic interactions [PDF]
Vacuum residue (VR) was copyrolysed with polyethylene (PE) or polystyrene (PS) in a batch reactor to investigate the corresponding synergistic pyrolytic interactions. The synergistic interactions between VR and plastic pyrolysates enhanced liquid and gas
Ryo Kusumi +8 more
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ICONE19-43036 INVESTIGATION OF NEUTRON DISTRIBUTION IN TRAINING REACTOR VR-1
Marija Miletić
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Reactivity measurements at VR-1 reactor
Outgoing
Víctor Collados López
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ICONE15-10085 NEW I&C AT VR-1 TRAINING REACTOR
Martin Kropik +2 more
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Utilization of a zero power reactor for examination of operator influence on reactor control [PDF]
The reactor operator is an inseparable part of reactor safety and his actions influence the course of the reactor transients. Understanding the operator’s effect on reactor control thus contributes to the knowledge of the safe operation of nuclear ...
Bily Tomas +2 more
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Application of the Source-Jerk method using a neutron generator in a subcritical reactor
This paper describes the application of the Source-Jerk method using a neutron generator in the VR-1 reactor. The experiments were carried out on a shutdown reactor with subcriticality greater than -10 βeff.
Jan Rataj, Jakub Mátl, Pavel Suk
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Measurement of prompt gamma field above the VR-1 water level [PDF]
Pool-type reactors are an excellent source of high energy photons without neutrons because the water above fuel acts as an outstanding neutron shielding, whereas for high energy photons, it is nearly transparent.
Czakoj Tomáš +6 more
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