Adatom diffusions is a primary task in the thin film research field.
表面原子的扩散是薄膜科学研究的重点内容之一。
The results indicate that the droplet acts as a catalyst rather than an adatom collector.
合金液滴在纳米线生长中起到的是催化剂的作用而非吸附原子收集器。
Diffusion behavior of adatom and ad-dimer is one of the main researching object in the field of thin film physics.
表面吸附原子和表面二聚体的扩散是薄膜表面物理领域研究的重点课题之一。
The adatom mobility characteristic of the material and deposition conditions determines the size of the isolated island.
薄膜的溅射条件及吸附原子的迁移特性决定了沉积岛的尺寸。
This asymmetric upward-diffusion mechanics form a true adatom upward diffusion flow and finally result in the quantum dots formation.
这一不对称的吸附原子向上扩散机制，使在生长过程中可以形成一个原子“真正”向上的扩散运动，最终形成了量子点。
In the process of adatom diffusion, the deformation induced by the interaction of adatom and substrate plays an important role in the adatom's migration.
在表面原子扩散的过程中，由吸附原子与基体原子间相互作用引起的基体晶格畸变对表面原子的扩散运动将产生重要影响。
In the process of adatom diffusion, the deformation induced by the interaction of adatom and substrate plays an important role in the adatom's migration.
在表面原子扩散的过程中，由吸附原子与基体原子间相互作用引起的基体晶格畸变对表面原子的扩散运动将产生重要影响。
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