M. I. Guseva

Radiation blistering of Nb implanted sequentially with helium ions of different energies (3-500 keV)

Cold rolled, polycrystalline niobium samples were irradiated at room temperature with

Sputtering of beryllium, tungsten, tungsten oxide and mixed W-C layers by deuterium ions in the near-threshold energy range

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Chemical sputtering of graphite by H+ ions

He

Exposure of stainless steel mirrors in T-10 tokamak

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Selfsputtering of beryllium and sputtering and erosion of CC composite in the experiments on plasma disruption simulation

ions sequentially at 14 different energies over an energy range from 3 keV--500 keV in steps of 50 keV. The dose for each energy was chosen to give an approximately uniform concentration of helium between the implant depths corresponding to 3 keV and 500 keV. In one set of experiments the irradiations were started at the Kurchatov Institute with 3 keV

Peculiarity of deuterium ions interaction with tungsten surface in the condition Imitating combination of normal operation with plasma disruption in ITER

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Damage of niobium surfaces caused by bombardment with 4He+ions of different energies typical for T-20

He

Fusion safety studies in Russia from 1996 to 2000

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Temperature and spectroscopic characteristics of homogeneous co-deposited carbon–deuterium films produced in the T-10 tokamak

ions and extended up to 80 keV in several steps. Subsequently, the same target area was irradiated with

Sputtering of materials by H+, D+, T+ and He+ Ions

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