26 results on '"Das, S.K."'
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2. Correlation between blister skin thickness, the maximum in the damage-energy distribution, and projected ranges of He+ ions in metals: V
3. Surface damage of 316 stainless steel irradiated with 4HE+ to high doses
4. Reduction of surface erosion caused by helium blistering in sintered beryllium and sintered aluminum powder
5. The effect of dose on the evolution of cavities in 500-keV 4He+-ion irradiated nickel
6. Particle emission from solids under 14 MeV neutron impact
7. 14.1-MeV neutron sputtering of polycrystalline and monocrystalline niobium with different surface microstructures
8. The significance of a correlation of blister diameter with skin thickness for Ni and Be for blistering models
9. Depth distribution of bubbles in 4he+-ion irradiated nickel and the mechanism of blister formation
10. Damage of niobium surfaces caused by bombardment with 4He+ions of different energies typical for T-20
11. Radiation blistering of structural materials for fusion devices and reactors
12. Surface damage of TiB2 and C coatings under energetic D+ AND 4He+ irradiations
13. Sputtering of vanadium under 14.1-MeV neutron impact
14. Radiation blistering of Nb Implanted sequentially with helium ions of different energies (3–500 keV)
15. Helium blistering in niobium monocrystals
16. Deuteron and helium ion irradiation of ceramic coatings on Nb-1% Zr
17. Correlation between blister skin thickness, the maximum in the damage-energy distribution, and projected ranges of helium ions in Nb for the energy range 10–1500 keV
18. Depth distribution of 20-keV helium ion irradiation induced cavities in nickel
19. A technique for determining the depth distribution of cavities in He+-irradiated nickel
20. Damage of niobium surfaces caused by bombardment with 4He +ions of different energies typical for T-20
21. Surface damage of TiB 2 and C coatings under energetic D + AND 4He + irradiations
22. The effect of dose on the evolution of cavities in 500-keV 4He +-ion irradiated nickel
23. Surface damage of 316 stainless steel irradiated with 4HE + to high doses
24. Depth distribution of bubbles in 4he +-ion irradiated nickel and the mechanism of blister formation
25. A technique for determining the depth distribution of cavities in He +-irradiated nickel
26. Correlation between blister skin thickness, the maximum in the damage-energy distribution, and projected ranges of He + ions in metals: V
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