The simulations show that microcapsules, travelling across a surface within the flow of a liquid, should naturally cluster around points of damage.
模拟显示微聚体，可以随着液体的流动通过表面，能自动的聚集在损伤部位。
A high removal rate of surface impurities by ion cluster bombardment has been confirmed in connection with low damage effects.
已经证实气体团束轰击对表面沾污具有很高的清除率，同时却引起较低的损伤。
A high removal rate of surface impurities by ion cluster bombardment has been confirmed in connection with low damage effects.
已经证实气体团束轰击对表面沾污具有很高的清除率，同时却引起较低的损伤。
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