Search Results - "Damen, P.M.G."

Helium behaviour in waste conditioning matrices during thermal annealing by Wiss, T.A.G., Hiernaut, J.-P., Damen, P.M.G., Lutique, S., Fromknecht, R., Weber, W.J.

“…Reprocessing of spent fuel produces high level waste including minor actinides and long living fission products that might be disposed in waste conditioning…”
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Helium and xenon behaviour in irradiated Am-containing MgAl 2O 4 (reactor experiment EFTTRA-T4) by Wiss, T.A.G, Damen, P.M.G, Hiernaut, J-P, Ronchi, C

“…Magnesium aluminate spinel (MgAl 2O 4) containing 241Am was irradiated for 358 days in the High Flux Reactor in Petten (NL) with the objective of effectively…”
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Dynamics aspects of plutonium burning in an inert matrix by Damen, P.M.G., Kloosterman, J.L.

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Helium and xenon behaviour in irradiated am-containing MgAl2O4 (reactor experiment EFTTRA-T4) by WISS, T. A. G, DAMEN, P. M. G, HIERNAUT, J-P, RONCHI, C

“…Magnesium aluminate spinel (MgAl2O4) containing (241)Am was irradiated for 358 days in the High Flux Reactor in Petten (NL) with the objective of effectively…”
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Thermal annealing behaviour and defect evolution of helium in fully stabilised zirconia by Damen, P.M.G., van Veen, A., Labohm, F., Schut, H., van Huis, M.A.

“…Helium implantations in fully stabilised zirconia have been performed with 30 keV ions with high doses (5.1 × 10 16 and 2.6 × 10 16 cm −2) and low doses (6.3 ×…”
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Helium damage and helium effusion in fully stabilised zirconia by Damen, P.M.G., Matzke, Hj, Ronchi, C., Hiernaut, J.-P., Wiss, T., Fromknecht, R., van Veen, A., Labohm, F.

“…Fully stabilised zirconia (FSZ) samples have been implanted with helium-ions of different energies (200 keV and 1 MeV) and with different fluences (1.4×10…”
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Helium behaviour and defect evolution in amorphous spinel during thermal annealing by Damen, P.M.G, van Veen, A, Matzke, Hj, Schut, H, Valdez, J.A, Wetteland, C.J, Sickafus, K.E

“…MgAl 2O 4-spinel has been widely investigated as inert matrix for actinide-transmutation. Under impact of fission fragments, it becomes amorphous. During…”
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Reactor physics aspects of plutonium burning in inert matrix fuels by Kloosterman, J.L., Damen, P.M.G.

“…Burnup calculations have been performed on fuels containing either reactor grade or weapons grade plutonium mixed in an inert matrix or mixed in a thorium…”
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Dynamics aspects of plutonium burning in an inert matrix by Damen, P.M.G., Kloosterman, J.L.

“…Burnup calculations have been performed on a mini fuel assembly containing 21 fuel rods and four water holes at the corners. The fuel rod positions were filled…”
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A numerical neutronics benchmark study for inert matrix plutonium fuels in uranium dioxide and mixed plutonium-uranium dioxide environments by Paratte, J.M., Chawla, R., Akie, H., Damen, P.M.G., Joo, H.K., Mikolas, P., Padovani, E., Pénéliau, Y., Youinou, G.

“…A numerical benchmark exercise has been under way for comparing the results of different calculational methods/data sets used for the analysis of light water…”
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