Abstract
To calculate the angular dependence of the threshold sputtering energy on the ratio of the target masses and incident ions, the target surface blocking phenomenon is used. It is established that the angular dependence of the threshold sputtering energy varies inversely proportional to the cosine of the incidence angle of the primary beam on the target (the angle is measured from the normal to the target surface) to power s/2 (s is a power exponent in the interaction potential of colliding particles). A comparison with the literature data is carried out.
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