Electric field effects on radiative transition in quantum dot inorganic electroluminescent devices
スポンサーリンク
概要
- 論文の詳細を見る
Our challenge is to fabricate practical all-inorganic electroluminescent devices using colloidal quantum dots with presenting new aspects of electroluminescence mechanisms. The electric field effect on the excitation of a quantum dot with a hot electron that results in saturated chromatic electroluminescence was studied by time-resolved spectral transient properties at room temperature. Fast and very slow radiative recombination transition pathways are newly distinguished in the electroluminescence related to carrier confinement in the quantum dot under an electric field.
論文 | ランダム
- プロジェクト報告 統計にみる金属間化合物材料研究の変遷と今後の新展開
- 鉄鋼材料の強化相としての金属間化合物の可能性 (特集 インターメタリックスの新たな応用を求めて)
- EBSD法を用いたTiAl基フルラメラ単結晶の方位解析
- Fe-Ni-Mo 3元系におけるγ-Fe(Al)/λ-Fe_2Mo(Cl4)相間の相平衡
- Ni-41Cr-7Al合金におけるNi_3Al-γ'相のセル状析出と機械的性質