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[en] The present paper reviews the experimental results dedicated to the effect of irradiating conditions with intense pulsed electron beams on ablation kinetics of the surface layer of gas turbine engine blades from GhS26NK with NiCrAlY resistant coating. It is shown that intense pulsed electron beam of microsecond duration is high effective instrument for repair of turbine blades from refractory nickel alloys with resistant coatings. Application of intense pulsed electron beam allows one to ablate per a pulse the surface layers fractured during operation with thickness of 5-10 μm, if the energy density is equal to 50-55 J/cm2. (authors)
Source
Anishchik, V.M.; Zhukova, S.I.; Azarko, I.I.; Dorozhkina, O.L. (Belarus state univ., Minsk (Belarus)); Belarus state univ., Minsk (Belarus); National academy of sciences of Belarus, Minsk (Belarus); Ministry of education of Republic of Belarus, Minsk (Belarus); State commitee for science and technologies, Minsk (Belarus); Belarus state found of fundamental researches, Minsk (Belarus); 365 p; ISBN 978-985-476-728-4; 
; Sep 2009; p. 343-345; 8. International conference 'Interaction of radiation with solids'; 8. Mezhdunarodnaya konferentsiya 'Vzaimodejstvie izluchenij s tverdym telom'; Minsk (Belarus); 23-25 Sep 2009; 7 refs., 1 tabs., 4 figs.
; Sep 2009; p. 343-345; 8. International conference 'Interaction of radiation with solids'; 8. Mezhdunarodnaya konferentsiya 'Vzaimodejstvie izluchenij s tverdym telom'; Minsk (Belarus); 23-25 Sep 2009; 7 refs., 1 tabs., 4 figs.