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MARIA reactor for medicine, nuclear and material research
Michał A. Gryziński National Centre for Nuclear Research, Poland Sydney, 5.12.2017
MARIA reactor for medicine, nuclear and material research Micha A. - - PowerPoint PPT Presentation
MARIA reactor for medicine, nuclear and material research Micha A. Gryziski National Centre for Nuclear Research, Poland 1 Sydney, 5.12.2017 Presentation plan 1. MARIA reactor overview 2. Horizontal science 3. Vertical
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Michał A. Gryziński National Centre for Nuclear Research, Poland Sydney, 5.12.2017
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Reactor Laboratory for Nuclear, Material and Biomedical Research
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Reactor Laboratory for Nuclear, Material and Biomedical Research
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Reactor Laboratory for Nuclear, Material and Biomedical Research
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Medical: BNCT, radioisotope Nuclear: fuel, materials, shieldings Dosimetry: n-g radiation high dose, active Physics: radiography, neutrons
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Administration Maintenance
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physical radiobiology material 2019/2020 2018 2019
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H1/H2 In progress Starting Existing H3-H7
+2.25 +4.1 +.6.33
+1.1 12250 R 3250 R 2250 +2.25 +4.1 +.6.33
+1.1 12250 R 3250 R 2250
SPENT FUEL
TECHNOLOGICAL POOL REACTOR
HOT CELL SPENT FUELS IN TECHNOLOGICAL CHANNELS SLUICE CONTROL RODS DRIVE MECHANISM HORIZONTAL CHANNEL
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Large samples Rabit system Mo, Ho, Y...
Transportage passage H2 channel - neutron beam Expected date of finalize: May 2019 H1 channel – radiobiological samples
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Loc
the he H2 cha hanne nnel
Reactor core
1 2 3 4
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H3 – Flat-Cone ne Diffr frac actometer
H4/5 5 – 2-Axis Axis-Diffr Diffrac actomet meter er H6 – Foc
using ing Pow
der Diffract ractometer eter H7 – 4-Circl ircle e Diffr frac actomet meter er
H1/H2
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m.gryzinski@ncbj.gov.pl
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m.gryzinski@ncbj.gov.pl
m.gryzinski@ncbj.gov.pl
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Poster #350
m.gryzinski@ncbj.gov.pl
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Poster #350 23
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m.gryzinski@ncbj.gov.pl
Kanał H2
H2 channel
Filters Ściana basenu H2 experimental room Medial channel Reactor pool
235U-converter
Core basket
The source of neutrons – 24 U plates When expediced to the technological
pool it is possible to shuffle and rotate
And to check for leakage Authonomic cooling system
Positioned between the basket core
and concrete shielding
1m long, 25cm of diameter Nitrogen exchange water inside Filling/removing time ~90sec
Converter side Strona Kanału H2 Nitrogen inlet
Zamknięty kanał pośredni – pierwsza bariera dla neutronów
Filters:
Shutter:
Pumpuing the water out of the medial channel and turninng shuttera = opening the beam for H2 experiments
Transportage passage H2 channel - neutron beam Expected date of finalize: May 2019 H1 channel – radiobiological samples
Preparation room Experimental room H2 channel Transportage passage Entrance
Reactor pool