Twin-Perovskite Structured Ba8Ti3Nb4O24: Pr3+: A Fast Photochromics with Millisecond-Level Response Speed for Optical Storage

Photochromism (PC) involves profound and complex optoelectronic processes and the interplay of color centers and the host matrix. To date, achieving a fast PC response speed remains a challenge. Here, a new fast PC “twin-perovskite” niobate ceramic, Ba8Ti3</sub&g...

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Bibliographic Details
Main Author:	Gaoming Dong (20479513) (author)
Other Authors:	Hang Lin (371913) (author), Hongyi Yang (201348) (author), Tao Hu (422014) (author), Qingming Huang (1515610) (author), Xinxin Han (2670916) (author), Xuefeng Li (263255) (author), Pengfei Wang (123133) (author), Ju Xu (454132) (author), Yao Cheng (447917) (author), Yuansheng Wang (1468948) (author)
Published:	2024
Subjects:	Medicine Neuroscience Physiology Cancer Science Policy Environmental Sciences not elsewhere classified theoretical approaches reveal present demo experiments optical storage photochromism level response speed complex optoelectronic processes charge carriers within high write speeds 8 </ sub 4 </ sub record pc contrast based pc materials perovskite structured ba fast pc response 3 </ sub 3 +</ sup time write fast photochromics pc reaction single type repeatable manner quick transport plane structure oxygen vacancy key role involves profound host matrix dual modes demonstrate bit color centers color center among niobate 20 ms
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Twin-Perovskite Structured Ba<sub>8</sub>Ti<sub>3</sub>Nb<sub>4</sub>O<sub>24</sub>: Pr<sup>3+</sup>: A Fast Photochromics with Millisecond-Level Response Speed for Optical Storage

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