The Features of the Modified Treatment of the Low-Carbon Steels by the High-Current Relativistic Electron Beams

Bytkin, S. V.; Isaenko, О. О.; Donets, S.E.; Клепиков, В.Ф.; Lytvynenko, V.V.; Startsev, O.A.; Lonin, Yu.F.; Ponomarev, A.G.; Uvarov, V.T.; Avramenko, Marina

doi:10.21272/jnep.9(4).04013

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Fig 4 the Specimen (2) Mounted On The Collector (1) After Irradiation With Hceb1

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2019

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“…Thus, the ablation of the material [21 -23] goes in the thermal mode. In the recent research, similar phenomenon of the increase of surface ablation rather than from the volume was observed for the steels [14] and for Zr1%Nb [24 -26]. The calculated displacements reached up to 180 µm during fast heating in the epicenter of the crater (see Fig.…”

Section: Fig 4 the Specimen (2) Mounted On The Collector (1) After Irradiation With Hcebsupporting

confidence: 76%

Application of Radiation Processes for Testing of Gas Turbine Blades

Bazaleev¹,

Bryukhovetsky²,

Donets³

et al. 2019

Problems of Atomic Science and Technology

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Structural integrity of the gas turbine blades is of great concern. A set of methods and instruments is proposed to study the problems of the test loading of the industrial turbine blades. The approach aims to model the possible hightemperature, shock and irradiation impacts. The test loading is performed using the high-current relativistic electron beam. The developed methodology can be used for test and identification trails of the turbine blades. The experimental bench is designed to assist the thermographic measurements of the temperature dynamics in the blades. It also comprises the corresponding algorithms and software to perform the necessary calculations with.

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Section: Fig 4 the Specimen (2) Mounted On The Collector (1) After Irradiation With Hcebsupporting

confidence: 76%