Leffers, T.

Singh, B.N.

In this work the point-defect profile In the thin foil has been included in the model for the growth of dislocation loops during HVEM irradiation suggested by Kiritani, Yoshida, Takata, and Maehara ll], and the possible effect of divacanciesis discussed. It is found that there is a fairly wide transition range between the two extreme cases described by Kiritani et al. (the vacancy- and the surface-dominant case); this can directly (without the necessity of a divacancy effect) explain the observation of apparent activation energies for loop growth smaller than 1/2 EMV (where EMV is the vacancy migration energy). Even after the inclusion of the point--defect profiles there are indications that the model cannot fully account for the loop growth behaviour in situations where surface losses and recombination losses are comparable

Online Research Database In Technology

Loop growth and point defect profiles during HVEM irradiation

http://orbit.dtu.dk/ws/files/56438734/ris_m_2142.pdf

Loop growth and point defect profiles during HVEM irradiation

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Online Research Database In Technology