Results 61 to 70 of about 1,102 (116)

HTR Characterisation

, 2020
Kira Ashby, Jennifer Smith, Rotmann Sea, Luis Mundaca, Aimee Ambrose   +4 more
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Sharing HTR datasets with standardized metadata: the HTR-United initiative

, 2022
Chagué, Alix, Clérice, Thibault
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Validation of the AGREE HTR Analysis Code with the HTR-PROTEUS Experiments

Nuclear Science and Engineering
Sefa Bektas, Volkan Seker, Thomas Downar, Uner Colak, Köberl Oliver, John D. Bess   +5 more
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Simulations of the performance of the HTRS on IXO [PDF]

Proceedings of Fast X-ray timing and spectroscopy at extreme count rates — PoS(HTRS 2011), 2011
Christian Schmid, Joern Wilms, Tim Oosterbroek, Michael Martin, Eckhard Kendziorra, Benjamin Mück, Didier Barret, Damien Rambaud, Peter Lechner   +8 more
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Isotopenkorrelation in bestrahltem HTR-Brennstoff

, 1981
This work deals with the experimental and calculational determination of fission-produkt and heavy metal content in irradiated HTR-fuel for the purpose of obtaining useful data for reprocessing and waste management. The investigation methods are presented and the used computer codes are described. The data delivered from the experimental investigations
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Abbrandmessung am HTR- Modulreaktor

, 1993
The burn-up status of spherical HTR-fuel elements is determined by a $\gamma$-spectrometric analysis of Cs-137 activity. The $\gamma$-spectrum recorded by a semiconductor detector up to now is analyzed by complex mathematical and time-consuming methods.
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HBR・HTR

HBR・HTR
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Revisiting the Concept of HTR Wallpaper Fuel

Fourth International Topical Meeting on High Temperature Reactor Technology, Volume 1, 2008
Good safety characteristics are an outstanding feature of High Temperature Reactors (HTR): • The high graphite inventory in the core provides significant thermal inertia. Graphite also has a high thermal conductivity, which facilitates the transfer of heat to the reflector, and it can withstand high temperatures; • The strongly negative Doppler ...
A. Marmier, M.A. Fütterer, K. Tuček, Han de Haas, Jim C. Kuijper, Jan Leen Kloosterman   +5 more
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Development of HTR Technology

2018
The development of HTR is characterized by the use of coated particle fuel, graphite fuel elements and core structure and helium as coolant. For the fuel elements, different types have been developed: prismatic blocks in the USA, spherical fuel elements in Germany, modified prismatic blocks in Japan, and rod-type elements in Great Britain/OECD.
Kurt Kugeler, Zuoyi Zhang
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Pebble bed HTRs

Annals of Nuclear Energy, 1978
Abstract New forms of energy are required to solve the future problems of the world energy market, especially as regards substitutes for petroleum. High temperature reactors can make an important contribution toward this goal. The prerequisite is a temperature availability at approximately 950C, which has been demonstrated in the AVR reactor at ...
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