Search Results - "Kurinskiy, P"

Tritium and helium release from highly neutron irradiated titanium beryllide by Chakin, V., Rolli, R., Moeslang, A., Kurinskiy, P.

“…•Tritium and helium release from BeTi intermetallic compounds after high dose neutron irradiation was investigated.•Tritium release peaks from irradiated BeTi…”
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Microstructure of out-of-pile annealed neutron irradiated beryllium studied by X-ray tomography by Vladimirov, P., Ferrero, C., Chakin, V., Kurinskiy, P., Moeslang, A., Pieritz, R., Weitkamp, T., Brun, E.

“…In fusion reactors, hydrogen isotopes, i.e., tritium and deuterium, will be used as fuel producing energetic neutrons and helium atoms. While deuterium is a…”
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Hot extrusion of Be–Ti powder by Kurinskiy, P., Leiste, H., Goraieb, A.A., Mueller, S.

“…•Extrusion in double-walled containment of Be–Ti blended powder was investigated.•Fabrication of Be–Ti rods by extrusion at 700°C showed more satisfactory…”
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XAFS and TEM studies of the structural evolution of yttrium-enriched oxides in nanostructured ferritic alloys fabricated by a powder metallurgy process by He, P., Liu, T., Möslang, A., Lindau, R., Ziegler, R., Hoffmann, J., Kurinskiy, P., Commin, L., Vladimirov, P., Nikitenko, S., Silveir, M.

“…The speciation and structural evolution of nanoscale yttrium-enriched oxides in numerous reduced activation oxide dispersion strengthened (ODS) ferritic steels…”
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Characteristics of microstructure, swelling and mechanical behaviour of titanium beryllide samples after high-dose neutron irradiation at 740 and 873 K by Kurinskiy, P, Moeslang, A, Chakin, V, Klimenkov, M, Rolli, R, van Til, S, Goraieb, A A

“…Titanium beryllide Be sub(12) Ti is one ot the candidate materials for advanced neutron multiplier in the helium-cooled breeding blanket of Demonstration Power…”
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Tritium release and retention properties of highly neutron-irradiated beryllium pebbles from HIDOBE-01 experiment by Chakin, V., Rolli, R., Moeslang, A., Klimenkov, M., Kolb, M., Vladimirov, P., Kurinskiy, P., Schneider, H.-C., van Til, S., Magielsen, A.J., Zmitko, M.

“…The current helium cooled pebble bed (HCPB) tritium breeding blanket concept for fusion reactors includes a bed of 1mm diameter beryllium pebbles to act as a…”
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Characteristics of microstructure and tritium release properties of different kinds of beryllium pebbles for application in tritium breeding modules by Kurinskiy, P., Vladimirov, P., Moeslang, A., Rolli, R., Zmitko, M.

“…•Tritium release properties and characteristics of microstructure of beryllium pebbles having different sizes of grains were studied.•Fine-grained beryllium…”
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Microstructural and tritium release examination of titanium beryllides by Chakin, V., Klimenkov, M., Rolli, R., Kurinskiy, P., Moeslang, A., Dorn, C.

“…Microstructural examinations of Be–Ti specimens supplied by Company Goraieb Versuchstechnik (GVT) and Brush Wellman Inc. (BW), and also pure beryllium samples…”
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Characterization of constrained beryllium pebble beds after neutron irradiation at HFR at high temperatures up to helium production of 3000 appm by Chakin, V, Rolli, R, Moeslang, A, Vladimirov, P, Kurinskiy, P, van Til, S, Magielsen, A J, Zmitko, M

“…Small constrained beryllium pebble beds as well as unconstrained beryllium pebbles have been irradiated within HIDOBE-01 experiment at HFR, Petten, the…”
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Pores and cracks in highly neutron irradiated beryllium by Chakin, V., Rolli, R., Schneider, H.-C., Moeslang, A., Kurinskiy, P., Renterghem, W. Van

“…Beryllium, irradiated in the SM and BR2 research nuclear reactors at 323–343 K up to neutron fluences of (0.4–14.4) × 10 22 cm −2 ( E > 0.1 MeV), was…”
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Characterization of constrained beryllium pebble beds after neutron irradiation at HFR at high temperatures up to helium production of 3000appm by Chakin, V., Rolli, R., Moeslang, A., Vladimirov, P., Kurinskiy, P., van Til, S., Magielsen, A.J., Zmitko, M.

“…•Defragmentation of beryllium pebbles at irradiation temperatures of 873 and 948K was detected.•Formation of brittle beryllium oxide layers on neutron…”
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Study of helium bubble evolution in highly neutron-irradiated beryllium by using x-ray micro-tomography and metallography methods by Chakin, V, Rolli, R, Moeslang, A, Kurinskiy, P, Vladimirov, P, Ferrero, C, Pieritz, R, Van Renterghem, W

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X-ray study of surface layers of air-annealed Be12Ti and Be12V samples using synchrotron radiation by Kurinskiy, P., Moeslang, A., Chakin, V., Slobodskyy, T., Minkevich, A.A., Baumbach, T., Dorn, Ch, Goraieb, A.A.

“…► Surface layers of air-annealed Be12Ti and Be12V samples were investigated. ► X-ray diffraction analysis using synchrotron radiation allowed the study of…”
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Tritium permeation, retention and release properties of beryllium pebbles by Chakin, V., Moeslang, A., Kurinskiy, P., Rolli, R., Schneider, H.-C., Alves, E., Alves, L.C.

“…Beryllium pebbles of 1 mm diameter produced by Rotating Electrode Method (REM) were exposed to thermodesorption tests after preliminary loading of…”
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Comparative study of fusion relevant properties of Be12V and Be12Ti by KURINSKIY, P, CHAKIN, V, MOESLANG, A, ROLLI, R, ALVES, E, ALVES, L. C, FRANCO, N, DORN, Ch, GORAIEB, A. A

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Production and characterization of titanium beryllides for HIDOBE irradiation by Kurinskiy, P., Moeslang, A., Klimiankou, M., Goraieb, A.A.

“…Preliminary investigations revealed that beryllides like Be 12Ti may be much more suitable for neutron multipliers in future fusion power plants than pure…”
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Characterisation of titanium beryllides with different microstructure by Kurinskiy, P., Chakin, V., Moeslang, A., Rolli, R., Goraieb, A.A., Harsch, H., Alves, E., Franco, N.

“…Preliminary investigations revealed that beryllides like Be 12Ti may be much more suitable for use as a neutron multiplier in future fusion power plants…”
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Temperature-programmed desorption of tritium loaded into beryllium by Chakin, V, Rolli, R, Vladimirov, P, Kurinskiy, P, Klimenkov, M, Moeslang, A, Ryczek, L, Dorn, C, Markovsky, A

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Manufacturing methods and characterisation of titanium beryllides by Kurinskiy, P., Moeslang, A., Klimiankou, M., Goraieb, A.A., Harsch, H.

“…Beryllium pebbles of about 1 mm diameter are presently the reference neutron multiplier in helium cooled pebble bed (HCPB) blanket designs, both in Japan and…”
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Production and thermal stability of beryllium with fine grain structure to improve tritium release during neutron irradiation by Kurinskiy, P., Cardella, A., Klimiankou, M., Möslang, A., Goraieb, A.A.

“…In order to improve the tritium release capability of beryllium in helium cooled ceramic breeder (HCPB) type blankets, beryllium tablets with small grain sizes…”
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