Annual Report
1VWNX5I
1VWNX5I
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Flow rig for PIV measurements in noncircular<br />
channels<br />
Materials Science and<br />
Engineering<br />
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PANalytical X’Pert MPD diffractometer.<br />
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PANalytical Empyrean diffractometer<br />
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Philips X’Pert MPD diffractometer with<br />
Buhler HDK 2.4 high temperature stage.<br />
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Philips X’Pert MRD diffractometer’s.<br />
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Bruker D2 Phaser desk-top<br />
diffractometer.<br />
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Tof-SIMS (IonTof Gmbh, TofSIMS5)<br />
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LEIS (Iontof Gmbh, Qtac100)<br />
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FIB-SIMS (FEI Corp, FIB200 SIMS<br />
Workstation)<br />
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Optical Profilometry using vertical<br />
scanning interference microscopy (Zygo<br />
Corp., NewView 200)<br />
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Bruker Innova AFM<br />
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Simultaneous TG-DTA to 2000˚C<br />
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Laserflash (thermal diffusivity) to<br />
2000˚C<br />
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Dilatometer (thermal expansivity) to<br />
2400˚C<br />
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Auriga (SEM, FIB, EBSD, EDX)<br />
Chemical Engineering<br />
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Our experimental equipment was<br />
designed and commissioned to study<br />
hydrogen adsorption of different carbon<br />
materials immersed in molten salts<br />
at high temperatures. The equipment<br />
is used to study the viability of using<br />
carbon materials as effective tritium<br />
removal technology in fluoride-saltcooled<br />
high-temperature reactors. We<br />
also have instruments for determining<br />
the thermal conductivity of molten salts<br />
at high temperatures.<br />
»»<br />
Glovebox and fume-hoods for synthetic<br />
uranium chemistry.<br />
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Asylum MFP-3D AFM<br />
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TITAN 80/300 TEM/STEM<br />
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JEOL 2000FX TEM<br />
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JEOL 2010 TEM<br />
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Helios NanoLab 600 FIB-SEM<br />
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Zeiss Aruga Cross BEAM FIB-SEM<br />
»»<br />
LEO Gemini 1525 FEGSEM<br />
»»<br />
JSM6400 SEM<br />
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JSM5610LV SEM<br />
Centre for Nuclear Engineering <strong>Annual</strong> <strong>Report</strong> 2014-2016 30