研究了质量扩散和壁面散热对火焰形状形成的影响。
Effects of mass diffusion coefficient and heat loss on walls on flame shape are investigated.
同时考虑了水蒸气在气泡壁上的凝结与蒸发以及水蒸气在气泡内相对惰性气体的质量扩散。
The water vapor evaporation and condensation at the bubble wall and the water vapor diffusion versus the noble gas inside the bubble are also considered.
利用这一新的层间质量扩散机制，我们成功地解释了实验上观测到的三维原子岛的退化规律。
The decay characteristics of three-dimensional islands formed on surfaces are investigated by considering two-types of interlayer transport mechanisms.
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