Reply to Comment on 'Unconventional gap state of trapped exciton in lead sulphide quantum dots'

Lewis J.E.; Wu S.; Jiang X.

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Reply to Comment on 'Unconventional gap state of trapped exciton in lead sulphide quantum dots'

机译：对“硫化铅量子点中捕获的激子的非常规间隙态”的评论答复

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This is a reply to a comment on our previously published paper.

机译：这是对我们先前发表的论文的评论的答复。

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《Nanotechnology》 |2011年第23期|共1页
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Lewis J.E.; Wu S.; Jiang X.;
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1. Reply to Comment on 'Unconventional gap state of trapped exciton in lead sulphide quantum dots' [J] . Lewis J.E., Wu S., Jiang X. Nanotechnology . 2011,第23期

机译：对“硫化铅量子点中捕获的激子的非常规间隙态”的评论答复
2. Unconventional gap state of trapped exciton in lead sulfide quantum dots [J] . Lewis J.E., Wu S., Jiang X.J. Nanotechnology . 2010,第45期

机译：硫化铅量子点中俘获激子的非常规能隙态
3. Revealing Trap States in Lead Sulphide Colloidal Quantum Dots by Photoinduced Absorption Spectroscopy [J] . Kahmann Simon, Sytnyk Mykhailo, Schrenker Nadine, Current Forestry Reports . 2018,第1期

机译：通过光抑制吸收光谱揭示脱硫化铅胶体量子点中的捕集状态
4. Effects of surface and interface traps on exciton and multi-exciton dynamics in core/shell quantum dots [C] . Renato Bozio, Marcello Righetto, Alessandro Minotto Physical Chemistry of Semiconductor Materials and Interfaces XVI . 2017

机译：表面和界面陷阱对核/壳量子点中激子和多激子动力学的影响
5. Electronic structure and optical properties of lead sulphide and lead selenide nanocrystal quantum dots. [D] . Kang, Inuk. 1998

机译：硫化铅和硒化铅纳米晶体量子点的电子结构和光学性质。
6. Highly energy-tunable quantum light from moiré-trapped excitons [O] . H. Baek, M. Brotons-Gisbert, Z. X. Koong, 2020

机译：来自Moiréprapped激子的高度能量可调量子光
7. Anisotropy-Induced Quantum Interference and Population Trapping Between Orthogonal Quantum Dot Exciton States in Semiconductor Cavity Systems [O] . Hughes, Stephen, Agarwal, Girish 2016

机译：各向异性诱导的量子干涉与种群间陷阱半导体腔系统中的正交量子点激子态

Reply to Comment on 'Unconventional gap state of trapped exciton in lead sulphide quantum dots'

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