Abstract
Motivated by advances in laser scattering experiments on crystal-melt interfaces during growth conditions, we discuss the interface fluctuations of a faceted crystal during nucleation-dominated growth. If the nucleation rate is large enough so that each layer grows as a result of multiple nucleation events, the properties of long-wavelength interface fluctuations can be understood in terms of a simple random-walk picture. Accordingly, apart from a change in length scale, the interface fluctuations during growth resemble those of a rough interface. This is a form of dynamic roughening. The various factors contributing to the decay of fluctuations are discussed and a comparison with a model of Bilgram et al. for the interface dynamics is made.
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