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オーダーされたラドルスデン-ポッパー・ペロフスキット・フェーズへの二次元ペロフスキット・ナノシート・ビルディング・ブロックの自己組み立て
Yong Liu1, Martin Siron2, Dylan Lu1
1Department of Chemistry , University of California, Berkeley , Berkeley , California 94720 , United States.
Journal of the American Chemical Society
|August 7, 2019
まとめ
研究者らは2Dのペロブスキートナノシートの自己組み立てを反転させ,オーダーされた超網状に示した. この制御されたアセンブリは ナノ粒子熱力学と新興光学特性についての洞察を提供します
科学分野:
- ナノ科学
- 材料科学
- 固体化学
背景:
- ナノ粒子の自己組み立ては オーダーされた上部構造を作り出すのに不可欠です
- ペロブスキート材料は独特の光学および電子特性を有しています.
- 2Dナノマテリアルの組み立てを制御することは 継続的な課題です
研究 の 目的:
- 2Dペロブスキートナノシートの層ごとに自己組み立てを調査する.
- 超網状のナノ結晶を特徴づけるため
- 組み立てプロセスの可逆性とその熱力学的意味を探求する.
主な方法:
- 2Dペロブスキートナノシートの層別組立
- 構造分析は,X線微分法または同様の技術を用いて行われます.
- 超音波による可逆脱皮
主要な成果:
- 2Dペロブスキートナノシートの層別組立が成功しました.
- 層状のラドルスデン・ポッパー・ペロブスキットと一致している
- 超網膜をナノシートに反転させることが示された.
結論:
- 2Dペロブスキートナノシートの自己組み立ては実行可能で制御可能です.
- 観測されたアセンブリは可逆であり,熱力学的影響を示唆する.
- この研究は2Dペロブスキート超網の新興光学特性を研究するための道を開きます.
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