すると、物性評価には単結晶を用意する必要があるわけだが、このための方法

すると、物性評価には単結晶を用意する必要があるわけだが、このための方法の一つとしてエピタキシャル成長が登場する。エピタキシャル成長とは、単結晶基板上に同様の方位関係を持った単結晶を成長させることである[1.24]。これは、テンプレートとなる基板の原子と目的物の薄膜中の原子が作用し、最安定位置に目的物の原子が落ち着くエピタキシャル力に由来する。テンプレートとなる単結晶基板を適切に選択することで、基板からのエピタキシャル力により熱力学的に準安定な相でも安定化させ選択的に合成することも可能となる。

結果 (英語) 1:

Then, did not have single crystals in the characterization of this way of epitaxial growth appears. Should be to grow a single crystal epitaxial growth and on single-crystal substrates with similar orientation relationship [1.24]. Atoms in a thin Board template Atomic and the purpose of the Act and the derived from Epitaxial force settles in the most stable position for purposes of atomic. By proper selection of templates and single-crystal substrates Epitaxial powers from the Board a thermodynamically metastable and stabilize any phase, selective synthesis.

結果 (英語) 2:

Then, in the evaluation of the physical properties, but a translation is necessary to prepare a single crystal, epitaxial growth appeared as one of the methods for this. The epitaxial growth is to grow a single crystal having the same orientation relationship on a single crystal substrate [1.24]. This is, atoms in the thin film is the action of the atom and the purpose of the substrate serving as a template, derived from the epitaxial force the atoms settle down of the object in the most stable position. The single crystal substrate serving as the template and by proper selection, it is possible to selectively synthesize thermodynamically stabilized even in a metastable phase by epitaxial force from the substrate.

結果 (英語) 3:

Then, the properties required for the single crystal is one of the methods for this and epitaxial growth. And, by epitaxial growth on a single crystal substrate for growing a single crystal having the same orientation relationship between 1.24 is good This is the purpose of atoms in thin films of the template and substrate and epitaxial power was established from the subject matter of the atoms in a stable position. By selecting an appropriate single crystal substrate as templateFrom the substrate by epitaxial power thermodynamically metastable phase in stabilizing and makes it possible to selectively synthesis.