Nuclear Fuel Cycle Science and Technology Establishment NSC KIPT

Kharkiv, Ukraine

Nuclear Fuel Cycle Science and Technology Establishment NSC KIPT

Kharkiv, Ukraine

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Chernyayeva T.P.,Nuclear Fuel Cycle Science and Technology Establishment NSC KIPT | Ostapov A.V.,Nuclear Fuel Cycle Science and Technology Establishment NSC KIPT
Problems of Atomic Science and Technology | Year: 2014

This is a continuation of the review "Hydrogen in zirconium, Part 1", previously published in the Journal PAST. 2013. No5 (87). Part 2 includes information on the state and dynamics of hydrogen dissolved in zirconium, on the probability of formation of bubbles filled with hydrogen gas under pressure, and some information on the changes in the structure and superconductivity of zirconium during hydrogenation.


Chernitskiy S.V.,Nuclear Fuel Cycle Science and Technology Establishment NSC KIPT | Chernitskiy S.V.,Uppsala University | Gann V.V.,Nuclear Fuel Cycle Science and Technology Establishment NSC KIPT
Problems of Atomic Science and Technology | Year: 2014

The MCNPX numerical code has been used to model a fusion neutron source based on a combined stellarator-mirror trap. Calculation results for the neutron flux and spectrum inside the first wall are presented. Heat load and irradiation damage on the first wall are calculated. © 2014, National Science Center, Kharkov Institute of Physics and Technology. All rights reserved.

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